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batteryexperts · 2 years ago

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ABOUT US

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Battery Experts

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OUR SERVICE

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We are inverter repair mechanics in Hyderabad Secunderabad Telangana India. We repair inverter home ups at home and at our service center, inverter mother board replacement, inverter spare parts replacement professionally we do in low cost.We replace new inverter batteries also.

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Scrap Buyers (Scrap Battery Buyers) - Old Battery Exchange (Buy Back Offer) in Hyderabad Secunderabad Telangana India

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BRANDS WE DEAL

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SMF VRLA AGM UPS Inverter Battery Dealers & Installation Service:SMF VRLA AGM Battery Installation Service Near Me in Hyderabad Secunderabad Telangana

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Nearest Car Battery Home Inverters Inverter Batteries SMF /Vrla Truck Batteries Genset Battery Dealers Suppliers Traders Whole Sellers in Hyderabad Telangana India

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rentalascl · 2 years ago

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2015 macbook pro retina 13

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The HD movie playback test measures battery life by playing back HD 1080p content with display brightness set to 12 clicks from bottom or 75%. The wireless web test measures battery life by wirelessly browsing 25 popular websites with display brightness set to 12 clicks from bottom or 75%.

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Testing conducted by Apple in February 2015 using preproduction 2.9GHz dual-core Intel Core i5–based 13-inch MacBook Pro units (wireless web test and HD movie playback test) and preproduction 2.7GHz dual-core Intel Core i5–based 13-inch MacBook Pro units (standby test).

Testing conducted by Apple in April 2015 using preproduction 2.2GHz quad-core Intel Core i7–based 15-inch MacBook Pro systems with 256GB of flash storage and 16GB of RAM.

Weight varies by configuration and manufacturing process.

1GB = 1 billion bytes and 1TB = 1 trillion bytes actual formatted capacity less.

Apple Mini DisplayPort to Dual-Link DVI Adapter.

Configuration tested: 2.9GHz dual-core Intel Core i5 processor, 8GB memory, 512GB storage, Intel Iris Graphics 6100.

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The quantity, L W A,c (formerly called L W Ad) may be computed from the sum of L W A,m and K v.

K v is the statistical adder for computing upper-limit of A-weighted sound power level.

L p A,m is the mean A-weighted sound pressure level measured at the operator position (rounded to the nearest 0.5 dB).

L W A,m is the mean A-weighted sound power level, rounded to the nearest 0.05 B.

Acoustic Performanceĭeclared noise emission values in accordance with ECMA-109

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Learn more about how to recycle your Mac. Or read our Product Environmental Reports for detailed information on the environmental performance of every Apple product.Īpple takes a holistic view of materials management and waste minimization. Learn more about Apple’s dedication to reducing the environmental impact of our products and process. MacBook Pro is designed with the following features to reduce its environmental impact: With built-in support for vision, hearing, physical and motor skills, and learning and literacy, you can create and do amazing things.Ĭonfigure your MacBook Pro to suit your needs only in store at the Unwired MacBook Pro and the EnvironmentĪpple takes a complete product life cycle approach to determining our environmental impact.

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macOS Sierra introduces Siri to Mac 4 - along with new ways to enjoy your photos, shop more securely online, and work more seamlessly between devices.Īccessibility features help people with disabilities get the most out of their new MacBook Pro. MacOS is the operating system that powers everything you do on a Mac. Operating altitude: tested up to 10,000 feet.Relative humidity: 0% to 90% noncondensing.Operating temperature: 50° to 95° F (10° to 35° C).60W MagSafe 2 Power Adapter with cable management system MagSafe 2 power port.Built-in 74.9-watt-hour lithium-polymer battery.Force Touch trackpad for precise cursor control and pressure-sensing capabilities enables Force clicks, accelerators, pressure-sensitive drawing, and Multi-Touch gestures.Full-size backlit keyboard with 78 (U.S.) or 79 (ISO) keys, including 12 function keys and 4 arrow keys (inverted “T” arrangement) with ambient light sensor.Support for audio line out (digital/analog).Support for Apple iPhone headset with remote and microphone.Apple Thunderbolt to Gigabit Ethernet Adapter (sold separately)Ĩ02.11ac Wi-Fi wireless networking IEEE 802.11a/b/g/n compatible.Apple Thunderbolt to FireWire Adapter (sold separately).Two Thunderbolt 2 ports (up to 20 Gbps).Support for 4096-by-2160 resolution at 24Hz.Support for 3840-by-2160 resolution at 30Hz.Support for 1080p resolution at up to 60Hz.DVI, VGA, dual-link DVI, and HDMI output supported using Mini DisplayPort adapters (sold separately).

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Dual display and video mirroring: Simultaneously supports full native resolution on the built-in display and up to 3840 by 2160 pixels on up to two external displays, both at millions of colors.

13.3-inch (diagonal) LED-backlit display with IPS technology 2560-by-1600 native resolution at 227 pixels per inch with support for millions of colorsĢ.7GHz dual-core Intel Core i5 processor (Turbo Boost up to 3.1GHz) with 3MB shared 元 cacheĬonfigurable to 2.9GHz dual-core Intel Core i5 (Turbo Boost up to 3.3GHz) with 3MB shared 元 cache or 3.1GHz dual-core Intel Core i7 (Turbo Boost up to 3.4GHz) with 4MB shared 元 cache.

#2015 macbook pro retina 13

0 notes

nahaspromos · 2 years ago

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Macbook pro 13 inch mid 2012 ram upgrade

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Some ISPs are not currently compatible with AirPort. Wireless Internet access requires a base station or other wireless access point and Internet access fees may apply.Actual weight varies by configuration and manufacturing process.1GB=1 billion bytes actual formatted capacity less.Adapter Apple Mini DisplayPort to Dual-Link DVI Adapter.L pAm is the mean A-weighted sound pressure level measured at the operator position (rounded to the nearest dB).L WAd is the statistical upper-limit A-weighted sound power level (rounded to the nearest 0.1 B).

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Learn more about how to recycle your Mac.ĭECLARED NOISE EMISSIONS in accordance with ISO 9296 The Apple Product Environmental Specification details the environmental attributes of our products.Īpple takes a holistic view of materials management and waste minimization. Learn more about Apple’s dedication to reducing the environmental impact of our products and process.

Meets ENERGY STAR Version 5.2 requirements.

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MacBook Pro is designed with the following features to reduce environmental impact: Learn more about MacBook Pro and the Environment.

128GB, 256GB, or 512GB solid-state driveĪpple takes a complete product life cycle approach to determining our environmental impact.

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For more information, visit Apple Support or call 80. Only the AppleCare Protection Plan provides you with direct telephone support from Apple technical experts and the assurance that repairs will be handled by Apple-authorized technicians using genuine Apple parts. Purchase the AppleCare Protection Plan to extend your service and support to three years from your computer’s purchase date.

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Your MacBook Pro comes with 90 days of free telephone support and a one-year limited warranty.

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Buy a new Mac now and get a free upgrade to the next release of OS X when it arrives this summer. Includes Mail, Address Book, iCal, the Mac App Store, iTunes, Safari, Time Machine, FaceTime, Photo Booth, Mission Control, Launchpad, AirDrop, Resume, Auto Save, Versions, Quick Look, Spotlight, QuickTime, and more.

Operating altitude: tested up to 10,000 feet.

Relative humidity: 0% to 90% noncondensing.

Operating temperature: 50° to 95° F (10° to 35° C).

60W MagSafe Power Adapter with cable management system MagSafe power port.

Built-in 63.5-watt-hour lithium-polymer battery.

Multi-Touch trackpad for precise cursor control supports inertial scrolling, pinch, rotate, swipe, three-finger swipe, four-finger swipe, tap, double-tap, and drag capabilities.

Full-size backlit keyboard with 78 (U.S.) or 79 (ISO) keys, including 12 function keys and 4 arrow keys (inverted “T” arrangement) with ambient light sensor.

Support for audio line out (digital/analog).

Support for Apple iPhone headset with remote and microphone.

802.11n Wi-Fi wireless networking 3 IEEE 802.11a/b/g compatible.

HDMI audio and video output using third-party Mini DisplayPort to HDMI Adapter (sold separately).

Dual-link DVI output using Mini DisplayPort to Dual-Link DVI Adapter (sold separately).

VGA output using Mini DisplayPort to VGA Adapter (sold separately).

DVI output using Mini DisplayPort to DVI Adapter (sold separately).

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Dual display and video mirroring: Simultaneously supports full native resolution on the built-in display and up to 2560 by 1600 pixels on an external display, both at millions of colors.2.9GHz dual-core Intel Core i7 processor (Turbo Boost up to 3.6GHz) with 4MB 元 cache.2.5GHz dual-core Intel Core i5 processor (Turbo Boost up to 3.1GHz) with 3MB 元 cache.13.3-inch (diagonal) LED-backlit glossy widescreen display with support for millions of colors.

#Macbook pro 13 inch mid 2012 ram upgrade

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autospoke · 2 years ago

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Do's and Don'ts During Floods

Bengaluru is reeling with endless profound precipitation for the past two or three days and IMD has assessed that the deluges would happen for relatively few additional days, these storms has provoked serious waterlogging provoking water flooding in low-lying locales, space's tornado shelters and roads. This has similarly provoked serious gridlocks, and aggravations of normal schedules of people in various bits of the city.

With shortcoming to flooding, one needs to comprehend what to do and what not to do during these significant deluges and storm related obliteration to keep you, your sweethearts and your vehicle safe.

Here is a once-over of do's and don'ts which are huge for you at this hour.

DO'S

Stay inside during the profound rains and don't fan out pointlessly and open yourself to risk, attempt to try not to overreact during significant storms

If you're making the rounds and detectable quality is too poor or the road is exorbitantly slippery or overpowered, rather pull over and switch on your vehicle's dangers until detectable quality or balance gets to a higher level.

Switch off the electrical mains in your home

Keep emergency lights and cells charged and your inverters charged, use just required electrical/contraptions utilities to keep your inverter running for longer term

Also keep battery worked lights and enough dry cells

Save prescription excellent sustenance for newborn children and youths or more seasoned people

If your vehicle is spilled over/brought down, call upon ACKO/parking space helpline line number to get your vehicle towed to the nearest studio

Keep yourself by and large around informed about flood security tips provoked by the Public power/Neighborhood subject matter experts

Look at and keep all of your records in electronic design as back-up, use a vault like digilocker to store reports, promise you shield all your genuine records in a water-confirmation pockets

In case of assurance call us, we will help you on further

DONT'S

Do whatever it takes not to be swindled by pieces of tattle

Do whatever it takes not to leave covers until informed by the rescue work force

Make an effort not to contact any free and hanging wires from a light post or bounce across no wire lying on the ground, they may be live and achieve an electric shock

Do whatever it takes not to walk around the spilled over basement, roads as it is unsafe and risky due to fallen electric live wires, open fits and sewage loads

Make an effort not to stay under a tree

Do whatever it takes not to leave your vehicle/bicycle under trees. Furthermore, see that your vehicles are not left in the basement or in low lying locales

Do whatever it takes not to start or torque the engine if your vehicle brought down in water

Do whatever it takes not to drive not long after the twister as bitumen really remains wet and slippery, any melting hailstones act like free stone and potholes can shape which can if tremendous or significant enough damage your vehicle's wheels, tires and suspension

#Pre owned car dealer in Mumbai

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dailypower · 3 years ago

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how to install a solar power system in home ?

More and more people are choosing a high-quality solar power system for home, which can be installed in a variety of methods, from DIY ( do it yourself ) to full-service. Going solar provides a number of financial advantages, including lower monthly power bills and increased property value. Installing solar panels will provide you with a sustainable energy source that requires minimal maintenance and will pay for itself in a matter of years.

Here is what we’ll cover in this article :What is a solar power system for home ? Solar Energy benefits What are the main components of a solar power system ? Many factors may be considered in order to do a good job Who should I use to install my solar power system for home? can you run your whole house on solar power ? What kind of solar power systems i have to choose ? Which solar system i have to choose for my home ? how many solar panels are needed to power a home ? wht is the purpose of solar power systems sizing ? How to size a solar system -step by stepEnergy balance Selecting good quality solar equipmentRelated

What is a solar power system for home ?

The phrase solar home system (abbreviated as SHS) refers to a self-contained system that may power household appliances, lights, computers, and water pumps. Normally, the SHS is a low-power device, with a maximum output of less than 100 W. The SHS is typically built and sized to power both DC and AC appliances. PV modules, a PV charge controller, a stand-alone inverter, and a battery make up the system. The DC power generated is stored in the battery and converted to AC power for use by AC loads.

Solar Energy benefits

Solar energy is one of the free sources from which electricity can be produced due to its high performance, ease of installation, as well as being cheap compared to other sources (wind energy for example).

Solar panel systems installed on roofs absorb and transform the energy-dense photons of natural sunslight into useable energy using PV, or photovoltaic solar panels .

Installing a solar power system at your home may decrease or eliminate your reliance on the power grid for lighting, heating, cooling, and operating your home.

A home solar power installation produces a clean, renewable energy source that requires no maintenance and may pay for itself in a few years later .

What are the main components of a solar power system ?

The first step is to comprehend the components of solar power for homes. In General, residential solar power consists of the following components: Photovoltaic solar panels: A solar Inverter to convert from DC current to AC . this can be a tied or a hybrid one. Racking for solar panels. Monitoring the performance of the sun. Storage: a battery bank to store the electrical

Many factors may be considered in order to do a good job

It’s crucial to remember that the equipment of your solar power system isn’t often the most expensive part of the process because proper installation takes time, training, experience, and supplies. Cost per watt and projected cost per kWh are two popular criteria for evaluating installation pricing. with solar reviews, you can get all the information to select the right solar A normal payback time is six to seven years, however, some manufacturers provide a 25-year guarantee. Consider how much money you’ll save on power bills over the next two decades. Keep in mind that the IRS provides a large tax credit of 26% for solar panels, with certain states providing extra incentives.

Who should I use to install my solar power system for home?

Installation is just as important as equipment quality in terms of future performance and returns on investment. Extensive training and a thorough grasp of each component is required.

In each geographic location, several of the finest manufacturers have collaborated with trained installers. Before being certified, these businesses give onsite training and verification of expert installers.

When deciding whether or not to invest in solar power, the efficiency of the system and the length of the warranty are two important factors to consider. While many manufacturers claim to be the “best,” relying on comparisons from trustworthy sources is one method to ensure you’re making the right decision. Efficiency is a factor that determines how much solar energy from the sun is converted to electricity per square foot. The length of the warranty is a reflection of the manufacturer’s confidence in their products, as well as a guarantee that you will be protected in the event that something goes wrong. The length of a product’s warranty might range from 5 – 10 years to half a decade. Many of these agreements cover performance, labor, and components, as well as guaranteeing a high level of power output.

can you run your whole house on solar power?

Every home is different, and each one will require a different number of solar panels to properly convert sunshine into energy that can be used to power it. Installing your solar panels in the ideal location may save you a lot of money on electricity. So, sure, you can use solar energy to power your entire home. However, there are a few factors to consider while considering whether or not to go solar. These factors are mostly used to figure out how much electricity your home needs and how many solar panels it needs to fulfill your energy objectives. It may be possible to operate your complete house fully on solar electricity in this situation.

What kind of solar power systems i have to choose ?

GRID-TIED SOLAR SYSTEMS

This solar system is the most practical option for most homeowners. You’ll save more money on the upfront cost of your solar system if you use the grid for energy storage during peak output hours. If you don’t require a battery bank, you’ll save money because they’re only necessary for systems that aren’t connected to the grid. These are crucial factors to consider, especially if your primary objective is to save money and maximize your return on investment.

OFF-GRID SOLAR SYSTEMS

These types of systems are the way to go for homeowners in rural regions or guests seeking to power their homes away from home. Off-grid systems are the ideal alternative for total energy independence due to their capacity to offer enough electricity with backup power via a generator and battery bank, as well as the benefit of being completely off the utility grid. They may be a little more expensive, but with no monthly power expense, you’ll rapidly recoup your investment.

GRID-TIED with a backup battery

POWERED BY A BATTERY If your location is prone to power outages, or if you have sensitive appliances or equipment that must be on at all times, you should install battery backup.

📷📷 How to size a solar power system -step by step? read from here

Which solar system i have to choose for my home ?

Solar systems in general are a personal choice, the most important thing you gonna do by selecting any system from the three types I mentioned above is you will have a positive influence on the environment. Also, the choice will be mainly determined by your needs and desires. You may feel good about your selection regardless of whatever system you choose if that s what you are looking for. However, I know that selecting a system may be difficult. Here are some suggestions to make things easier for you.

GRID-TIED IS THE WAY TO GO IF…You’re already connected with the heck of power lines and want to save money on your electricity bills, increase the resale value of your house, and make a wise long-term investment. Obviously, you’ll need to keep connected to the local power grid, and you’ll have to pay a little monthly charge (about $20) to do so.

It might be difficult to get the permits you’ll need to get started. Of course, once you’ve got everything set up, you won’t have any backup power if there’s a power outage.

II.

Off-Grid May be the only solution only if Your home or structure is cut off from the power grid. You’ll be solely accountable for your stored energy, necessitating the use of a battery bank and a backup generator. However, the list of advantages is appealing. For starters, you’ll be able to locate outlying houses that are both cheaper and more desirable. You’ll never have to pay for electricity again, just like if you were grid-tied.

When you eliminate the costs of connecting to the nearest power line—if that’s even possible—you’ll save a lot of money. (One last advantage: the permission process is simpler than with grid-tied.)

III.

CHOOSE GRID-TIED WITH BATTERY BACKUP IF You’re off and need some backup electricity. This option is more expensive—and has a poorer return on investment—than other solar alternatives, so consider it only if cost reductions and return on investment aren’t your primary priorities. On the bright side, this option gives you both flexibility and energy independence. You’ll be safe in the case of a power outage or if your PV panels underproduce (for example, at night or in the cold).

how many solar panels are needed to power a home ?

To cover 100 percent of a home’s power use, 20 to 25 solar panels are required. The exact quantity you’ll need varies on a set of factors, including your location, panel efficiency, rated power, and personal energy usage patterns. Importantly, the quantity of solar panels you require for your home has a direct bearing on the cost of solar.

wht is the purpose of solar power systems sizing ?

The purpose behind the sizing of installation is to fix the modalities of implementation according to technical and financial criteria. Technical studies concern the design and sizing of photovoltaic fields and system components. These components are mainly:

Solar charge controller

Solar Batteries.

Solar inverters .

The dimensioning allows:

An evaluation of the energy produced.

Optimization of the PV system taking into account the factors influencing the system (shading, loss of energy, dirt, temperature, ct)

The sizing aid tools are software like Homer, RETSCREEN, PV-CHART, TRNSYS, etc.

sizing of a Solar power system for home requires knowledge of :

The nature of the installation .

The nature of the load and the energy requirements

Type of the solar panels .

The characteristics of the site (sunlight , air ,temperature .weather conditions, etc.)

The way you fix the solar panels ( rooftop or ground mounted ) .

keep in mind while you choose the site where to place your solar panels The angle of inclination.

The technology and characteristics of the storage system .

Type of the solar charge rcontroller

Type of the solar inverter ( MPPT or PWM solar inverter ) .

How to size a solar system -step by step

Energy balance

Estimating the output energy is a fairly complicated task due to:

The random and intermittent nature of solar radiation reaching the photovoltaic panels.

Shading effects .

The effects of soil reflection (albedo).

The orientation of the solar panel (tilt, rotation, and azimuth orientation)

Soiling of the panels…. etc

Therefore, there are several models for sizing a Solar power system; among these models are:

The simplified model .

The pressure drop probability model.

Now after all the information you got you to need to start thinking about going solar, the next step in case of deciding to install one of the three systems I mentioned before is to do some efforts.

I know you are now asking yourself How to Size a Solar System? don t worry, in this Step-by-Step solar sizing things, will be easier.

Selecting good quality solar equipment

You’re probably a little worried about how to pick solar panels for your home at this point. There are high-quality items, cost-effective products, and cheap and unpleasant ones that will create more issues than advantages, like with many purchases. Solar is a long-term investment, and because it necessitates the use of licensed electricians to repair and replace equipment, we recommend sticking with reputable manufacturers.

Now keep in mind the price of each kit for your solar project and how to buy everything you need and from where .you want to generate electricity! this is not gonna be free. you must work hard to select the right panels considering the quality and cost per depending on how many kilowatts needed, the perfect solar charger, the inverter that converts the current from DC to AC, you can do that directly by adding your zip code to get an estimation of local costs.

Thank you for the time you spent with this short guide. I hope you get all that u were searching about.

📷📷 Solar Panels Guide -Quality and prices Read more

Frequently asked questions

How much do solar panels cost for a 2000 square foot house?

Installing solar panels on a 2,000 sq. ft. home might cost anywhere between $15,000 and $40,000 according to fixer.com. The amount of power you consume each day determines your expenditures. They are also influenced by your desire to minimize your reliance on the grid.

While the average cost of solar panels for a home of this size is about $18,000, your expenditures might be substantially higher or lower. Any sort of electric HVAC system needs a greater number of panels. Furthermore, the amount of time individuals spends using energy in their homes each day has an influence on overall installation costs.

How to determine if a solar panel brand is good?

If you want to avoid low-quality solar panels just Ignore any installer’s view on what makes a good solar panel brand and instead look at independent solar panel testing and rankings. To find out whether the panel you’ve been offered is an efficient one, look to see if it’s

tier one ranking (like sunpower , trina ,Q CELLS ,) and read what each list implies), then go to their website and learn about their warranty claim procedure.

Is the panel a PV Evolution Labs Top Performer?

Does the manufacturer have an office and easy warranty claim process?

#solar power #solar energy #technology #clean energy #solar #solar panel #solar news

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tollfreenumbers4u · 4 years ago

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Luminous Customer Care Number

About Luminous

Luminous is a trusted power backup company in Delhi. Luminous is one of the largest manufacturing companies having 7 manufacturing units in India and presences over 36 countries.

Luminous has started their journey in 1988 and till date, Luminous awarded with the many reputed awards.

They provide their excellent services to their valuable customer across the world.

Luminous Official Website: www.luminousindia.com

Luminous Customer Care Helpline Number:

1. Customer Care Number: 1800 1033 039

2. Sales Support: +91 8906 008 008

Luminous Customer Care E-Mail Id

1. Online Order Queries

E-mail: [email protected]

2. Global Queries

E-mail: [email protected]

Luminous Request a service: www.luminousindia.com/contact-us

Luminous WhatsApp Complaint Number: +91 - 7042833939

Company Store Locator

Are you searching for the closest luminous dealers?

Click below link to get the nearest store dealers

Website: www.luminousindia.com/store-locator

Registered Office: Registered Office

C-56, Mayapuri Industrial Area, Phase- II,

Mayapuri, New Delhi 110064

Corporate Office: Luminous Power Technologies Pvt. Ltd.

Plot No. 150, Sector 44

Gurgaon, Haryana – 122003

Luminous products

1. Inverters: Home UPS and inverters, High Capacity Inverter, Inverter batteries, stabilizers, Other Batteries, and Online UPS.

2. Solar Products: Solar PV Panel, Solar UPS & Inverter, Solar Controller, Solar Batteries, Solar Package, and Solar Calculator.

3. Home Electrical Appliances: Lighting, Fans, and Switches

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TollFreeNumbers4U is providing the Correct Luminous Customer Care Number. We provide correct toll-free customer care number and company details to everyone.

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vinitroy791-blog · 7 years ago

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Best-in-class solar system for home in India

Solar systems need these components to produce electricity. The direct current is converted into alternating current which is used to power home appliances and store excess current for a later time.

Solar Panel: the solar panel is the most important component of a solar system for a home. It is installed outside in open areas usually on the roofs of the home. It converts sunlight into electricity which is called photo voltaic effect. So solar panels are also known as PV panels and its output rating is measured in Watts.

Solar Array Mounting Racks: it is required by joining ordinance. There are two types or mounts fixed and tracking. Fixed mounts are used for heights and it doesn’t move. Tracking array mounts move from east to west according to the sun to facilitate the performance of solar panels. Although maintenance of solar array mounting racks can be tricky you can set them at height and read manual to make it easier.

Array DC Disconnect:The array DC Disconnect is required for disconnecting the solar arrays from the home for maintenance purpose.

Inverter: Direct current (DC) is produced by solar panel and batteries. The inverter actually converts DC into AC alternating current produced by the solar panel. AC is required for powering of conventional appliances.

Battery: battery is required for the storage of current. Solar power system produces electricity only when the sun is shining i.e. during daytime but your house also requires electricity at night. So the battery serves as the energy provider at night.

Charge Controller: charge controller regulates the proper charging voltage for the system batteries. The continuous flow of voltage can lead to overcharging of voltage. The charge controller maintains the voltage which prevents overcharging and allows charging when it is required.

Power Meter, Utility Meter, and Kilowatt Meter: The power meter measure used power grid. It is installed in the system that maintains a tie to the utility grid. It also measures the amount of power solar system send to the grid.

Eastman has produced a bestsolar system for a home in India. They have solar power packs as well as solar products. You can purchase solar power packs for entireinstallation at home from your nearest retailer or order online. Solar products for residential solar power systemareavailable in varied range and capacity.

Visit Eastman website and order solar system now for great deals and guidance.

#residential solar power system #Solar system for home

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batterybhai · 7 years ago

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BatteryBhai.com is an E-commerce platform where customers can purchase automobile, inverters, two wheelers, generator batteries and get them delivered and installed free at their home or a workshop that is nearest to them.

Along with BatteryBhai and incredible Battery delivery services at online shopping you can save more money. We are also a leading Car, Two Wheeler or Inverter battery online provider to E-commerce shoppers. BatteryBhai can help you save money and make smart buying choices with the deals that we offer. Aside from this, you can buy Battery to your friends & family instantly. Free home delivery and installation and choosing across various brands batteries that can help you save significantly. Consumers can buy 100% genuine and fresh Car Battery, Bike Battery, Inverter Battery, Genset Battery, Home UPS, Voltage Stabilizer online. When you order a Car Battery or Inverter Battery at BatteryBhai send company trained technician will install the battery at your place within 24 hours. Installation is done at Free of Cost. Original Manufacturer's Warranty card is delivered to the Customer. We offer Cash on Delivery. You pay only after your Battery is installed and you are satisfied. BatteryBhai on the other hand has an official agreement with Okaya, Amaron, Exide, Samui, SF Sonic, AcDelco, Microtek, Sukam, Base, Tata Green and Luminous leading Batteries brands who is the manufacturer of best batteries. BatteryBhai.com installs the batteries at reasonable price at the customer with free home delivery and installation. Original manufacturer warranty card is provided along with a company trained service engineer installing the battery. At present, we deliver in Delhi NCR (covering Delhi, Noida, Ghaziabad, Gurgaon and Faridabad), Jaipur, Bhopal, Ahmedabad, Hyderabad, Mumbai, Pune, Kolkata, Bangalore, Chennai, Coimbatore and many more. Automobile company are advised to look at their Battery Warranty Cards. If the warranty period is expired, it is an indication to replace the car battery, inverter battery two wheeler battery or any other automobile battery. Customers can call and order for a Free Car Battery Health Check. BatteryBhai service engineers will check the battery and suggest if a replacement is required. We always focus to offer more benefits to the customers, and keep on updating our online multi-brand battery store with new products of the Industry which will be useful and cost effective for our esteemed customers. BatteryBhai Battery Industries private limited manufactures automotive battery, lead acid batteries and battery related products. With years of battery experience, BatteryBhai provide their customers what they need: quality products and expert advice. BatteryBhai clients can avail from get a comprehensive range of automotive batteries and automotive gel battery that is known for its high efficiency.

#Automotive Battery #Car Battery #Buy Battery Online #Battery Price Online #Inverters #Home UPS

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ntrending · 7 years ago

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Can we actually stop using fossil fuels?

New Post has been published on https://nexcraft.co/can-we-actually-stop-using-fossil-fuels/

Can we actually stop using fossil fuels?

This past July, as Dawn Lippert surfed the swells at her home beach in Honolulu, a rogue board sprang up and slammed her between the eyes. It could have been a knockout blow. But Lippert, a former high school soccer champ who had taken up surfing when she arrived here a decade ago—fresh from Yale and working as an energy consultant to the state as it began to wean itself from fossil fuels—possesses a resilient athleticism.

She managed to steady herself as the remorseful owner of the wayward board paddled her ashore. Once at the hospital, she received 12 stitches that snaked between her eyes and a parade of concerned nurses. Her fiancé, Brody, had explained that their wedding was a few weeks away. “Oh, honey,” one nurse clucked, “this is not going to be pretty.” As is her habit in the face of rough odds and bruising encounters, Lippert shrugged it off. “I was just grateful that it wasn’t my eye,” she recalls.

It’s easy to draw conclusions about a person based on one anecdote. But Lippert is a true optimist. Which is a good thing, because as the world warms and humanity hurtles toward a catastrophe of its own making, she is part of an army of innovators who believe they can help the rest of us engineer our way out of global warming. Lippert is in Hawaii because the action is here. In 2015, the archipelago state became the first to legally require that its utilities generate 100 percent of their electricity from renewable sources. Deadline: 2045. Lippert is now backing dozens of companies to help the state achieve its radical goal.

A Seattle native, Lippert is CEO of Elemental Excelerator. It is a nonprofit accelerator that finds, funds, and nurtures the inchoate technologies that, she hopes, can extinguish our fossil-fuel habit. She looks for innovators who have had a “Eureka!” moment, who have seen something the rest of us have overlooked. “If these technologies are successful,” she says, “they will affect a billion people. They will change the world.”

But first, she has to help change Hawaii. The challenges are many. The state’s utility consortium, Hawaiian Electric Companies, must corral the work of other utilities across the state’s eight islands. With the help of private players like Lippert, it must develop things like battery-backed residential rooftop solar tech with voltage-smoothing inverters, wind farms, aggregated demand-response software, and peak-shifting electric-car charging. So far, it has achieved 27 percent renewable electricity.

Lippert and her team have assembled an impressive portfolio of firms—in fields like energy storage, microgrid hardware, machine learning software for energy efficiency—to get the rest of the way there. In its five years, Elemental has awarded $22 million to 63 startups from around the world, resulting in 35 demonstration projects in Hawaii. It has also attracted powerful allies to contribute to its war chest, including the U.S. Navy (which gives $6 million a year), the U.S. Department of Energy, international electric utilities, and the Emerson Collective, an investment and philanthropic platform run by the late Steve Jobs’ wife, Laurene Powell Jobs.

The mainland is closely monitoring the state’s experiment, and thus some of Lippert’s novel solutions, because going full green tech has captured the imagination of energy experts, planners, and policymakers. “Everyone is watching Hawaii,” says Stanford University’s Mark Z. Jacobson, an atmospheric scientist and the academic godfather of the movement. “Everyone wants to see who will be the first to run on 100 percent renewable power and keep the grid stable at low cost.”

Until 10 years ago, the United States got less than 10 percent of its electric-generation capacity from renewables—and most of that came from the great dams of the West and Northwest. But increasing alarm over our future, and the plunging costs of wind and solar power, is reshaping the utility landscape. More than half of new electric generation in 2016 came from the sky and wind. That holds true even in red states, where many don’t believe in the science of climate change. To some, it’s looking a lot like we can actually wean ourselves from oil and gas in one generation. What was a nerdy dream a decade ago has grown into a movement. Politicians have jumped aboard, pledging their localities to an all-in green future. As of last year, 47 American cities have joined the fight, including major population centers like Atlanta, Salt Lake City, and San Diego.

The market is ready for these solutions. Our role is to invest now so they can scale.

Dawn Lippert

Of course, not everyone is cheering. Fossil-fuel advocates warn of an all-too-serious challenge. “Hospitals, sewage treatment, clean water, industrial production, communications networks, iPads, etcetera, all require copious amounts of energy,” says Mike Krancer, an energy lawyer and consultant in Pennsylvania and prominent supporter of fracking and natural gas. “That is not going to come from renewables at a 100 percent level—not now, not ever.” Even some of the people who favor wind, solar, and hydro think total reliance on it is a bad idea—even for a tiny island state. “It is an absolutely unachievable target if you want to have affordable energy and reliability,” says Charles McConnell, the executive director of the Energy and Environment Initiative at Rice University and President Obama’s former assistant secretary of fossil energy.

But the not-ever argument is one Lippert likes to have. Sitting in a Honolulu park, where she takes new entrepreneurs for training, she says the technologies Elemental is backing today will help create a green-powered future that is not only possible, but inevitable. “The market is ready for these solutions,” Lippert says, perched beneath a monkeypod tree. “Our role is to invest now so they can scale further and faster.”

For most of its history, the Hawaiian Islands, lying 2,500 miles from the nearest landmass, grew energy. For centuries locals lit their way with oil from the kukui nut, the fruit of the state tree. In 1887, they managed to electrify the royal Iolani Palace—four years before Washington, D.C., managed to electrify the White House.

American-style modernism changed that. As the population grew, so did the demand for power-hungry conveniences. Just 15 years ago, Hawaii imported 90 percent of its annual fuel—$5 billion worth. The average household electricity bill stood at roughly four times the mainland’s, even though locals use less energy than most of the nation.

The situation became so crushing that in 2008, the state set a goal to move to 70 percent clean power by 2030 through renewables and energy-efficiency savings like tougher building codes. Lippert, then working as a consultant with Booz Allen Hamilton in Washington, D.C., was among the specialists who flew in to devise a game plan. While it called for solar and biofuels, it also envisioned huge wind farms on smaller, less-populated islands like Moloka’i and Lanai, connected via deep-sea cable to Oahu, with its nearly 1 million residents and 9 million annual visitors.

The timing was perfect. Cheap Chinese solar panels, and Hawaii’s sunshine, propelled residential rooftop solar from a projected 23 megawatts of capacity by 2015 to 343 megawatts. During the run-up, Governor Neil Abercrombie pushed for a new liquid gas plant. The converts to green energy pushed back. They demanded a law that would prevent backsliding by requiring the entire state to run on nothing but renewables.

By then, the idea had already taken academic hold on the mainland. Just a few years earlier, in 2009, Mark Z. Jacobson helped author a groundbreaking paper in Scientific American. It mathematically challenged classic arguments of the fossil-fuel crowd: that renewables are too expensive and unreliable; that they are not powerful enough for industrial processes; that to get enough energy from wind and solar, we would have to cover an obscene amount of land with wind turbines or solar panels.

Last year, Jacobson laid out a road map for the U.S. and 138 other countries to go 100 percent renewable by 2050. His computer modeling demonstrates that fully green generation could be more affordable and reliable than today’s grid—assuming we prioritize storage. In addition to lithium-ion batteries, he calls for using pumped hydro (in which you use midday solar power to pump water uphill and then release it in times of need to power turbines downhill), existing hydroelectric reservoirs, and underground thermal energy storage (UTES), in which you pump hot water into caverns, excavated pits or bored holes in the ground. The heat is then stored in the surrounding earth, or sometimes in stones, daily, weekly or even seasonally, and can warm buildings when needed.

This past June, 21 academics and energy researchers, many of whom favor renewables, refuted Jacobson’s earliest assumptions as delusional. His theory, they argued, would require us to build enough energy storage to put out two and a half times the power capacity of the entire national grid: 4 trillion kilowatt-hours. Nearly all of that would consist of UTES technologies that don’t yet exist at commercial scale. But the authors’ underlying concern was equally political. They worry that opponents could use Jacobson’s all-or-nothing approach to diminish the role of any green tech on the grid. Despite the fact that solar power has grown annually 68 percent during the past decade, it still accounts for only around 1 percent of our power. Jacobson has sued the study’s lead author for libel.

As mainland academics, partisans, and politicians debate the go-green movement, the voyage is already underway in the central Pacific. “Clearly in our island community, we are much more aware of the effects of climate change, global warming, and sea-level rise,” Governor David Ige said last June. “What we do impacts our environment because we know that leadership can start at home.” He concluded, “We here in Hawaii can make a statement and can lead the world if it’s important enough to us.”

Elemental’s open-plan workspace—in adowntown Honolulu high-rise—is a feel-good place, decorated with smiling pictures of young entrepreneurs from all over the world. The atmosphere is laid-back. It is unusual among accelerators for several reasons, but most obvious is that all but five of its of 19 staffers are women—and mostly women in their 20s and 30s. At kickoff meetings, Lippert gathers her company leaders for updates and support, but also for fun, like picnics at the beach, where everybody takes part in the traditional art of pounding taro root into poi, a local food. Frequently she organizes her intense newbies in a circle, asks them to put their hands in, and conducts a cheer.

Her organization is unique for another reason. It is a nonprofit investing in commercial technologies. As such, it typically takes just enough of a stake in a company so if it succeeds, Elemental can share in the proceeds to fund even more tech dreamers. Of the dozen companies Lippert and her selection team fund each year—out of 450 or so applicants—all must address a specific energy roadblock in Hawaii with a solution that could someday work on a larger scale. In addition to up to $1 million in funding, Elemental gives companies a chance to create an in-state pilot project that will test their tech and whether they can make money.

At first glance, energy generation here would seem easy. The state’s eight islands are resource rich: sun, trade winds, and an active volcano, which provides about 30 percent of the Big Island’s electricity from geothermal. But Colton Ching, a utility official overseeing the transition, says that even if the state used every piece of appropriate land for utility-scale wind and solar, it will still get Oahu, with just over two-thirds of the state’s population, “to just a little over 70 percent of its energy needs.”

So one of the things Lippert’s entrepreneurs want to provide is the other 30 percent. She directs me to a hillside off Oahu’s North Shore, where a company called TerViva has planted 50 stunning acres of pongamia trees. A Southeast Asian and Indian species, the tree has wide green leaves that produce thick clusters of flowers. These become pods with very oily seeds that can be processed into a renewable fuel.

The word “biofuel” leaves a bad taste in some mouths, due to the debacle that was corn ethanol: land-intensive, tough on soil, relatively expensive. But pongamia are inexpensive and soil friendly. Burning a gallon of fuel made from its seeds produces nearly as much energy as a gallon of diesel. It is a rare leguminous tree; it puts more nitrates into the soil than it takes out. And of course, the trees continuously take carbon dioxide out of the air. Since their crop is seeds, the plants don’t have to be cut down, and the soil never needs to be tilled. Some of Oahu’s power plants can burn raw pongamia oil. TerViva has turned the oil into biodiesel and even jet fuel that meets airplane-engine specifications.

Turning tree pods into jet fuel is a nice trick. The real challenge is imposing consistency on renewables that come and go with the wind and clouds. Homeowners who rely on wind power don’t want flickering lights, which represent a few seconds when the grid loses power from one source and rushes to replace it from another. Future networks must deliver power from these intermittent sources without missing an electron.

Lisa Laughner, a former Rolls-Royce executive, and her company, Go Electric, is trying to solve this. Her team, backed by Elemental, has installed hardware and software at Camp H.M. Smith, home to the U.S. Pacific Command, on Oahu. The gear monitors power-flow patterns to the millisecond and helps control the camp’s high-security 5-megawatt microgrid, which integrates diesel generators and solar.

But any renewable future must include reliable storage that can bank surplus power from wind and solar, and then release it on command. So far grid operators have found two solutions. One is the type of storage found in batteries. Another relies on de facto storage: smart devices that control power demand on appliances, mediating between peak-production and peak-demand times. Lippert and her team are looking at both solutions. In the second bucket, they’ve backed a company called Shifted Energy.

Hospitals, industry, and iPads all require tons of energy. That is not going to come from renewables at 100 percent— not ever.

Mike Krancer, Energy Lawyer

Shifted has retrofitted its grid-interactive devices onto water heaters at Kapolei Lofts, an affordable-housing complex. During the day, when there is excess solar on the grid, the devices can turn on the heaters (when few are at home and using them) to preheat H2O for evening showers. By equipping 1,000 water heaters with these devices, Shifted estimates it is creating up to 3 megawatt hours of storage from the excess solar.

Landlords love this project because it saves money on electricity bills. Governments love it because it brings the less affluent into the renewables revolution. And utilities love it because those are 3 megawatts—enough to power up to 1,000 homes—that it doesn’t have to produce and deliver during peak evening demand.

Water heaters are not the only tool in Lippert’s arsenal of storage alternatives. Since the start of the Industrial Revolution, companies have used metal flywheels as crude storage devices. Heavy spinning discs, they hold kinetic energy in their rotation. But because of their weight (100 pounds or more) and friction on bearings, they traditionally allow for a few minutes of emergency supply. That could change with a company Elemental is backing called Amber Kinetics.

In 2009, Edward Chiao, a UCLA engineering grad, teamed up with Seth Sanders, a UC Berkeley professor who had been researching flywheels since the 1990s, to found Amber. Together, they built a vacuum-sealed container and placed a 5,000-pound steel disc on a spindle inside and under a magnet. The magnet keeps the wheel from exerting too much downward force on the ball bearings and slowing down. Daytime solar power can spin the wheel, and after sunset, it can release up to 32 kilowatt hours of electricity (enough to power an average U.S. house for a day). In theory, flywheels could be scaled up to release hundreds of megawatts for up to four hours, enough for peak evening demand. Amber is testing its flywheel at Hawaiian Electric to evaluate its reliability and cost effectiveness at relieving Oahu’s day-time oversaturation of solar. Peter Rosegg, a spokesman for Hawaiian Electric, says the utility is open to this and all forms of storage. It plans for the batteries from electric cars to someday play a huge role in demand shifting.

It’s late summer, and Lippert and I are walking through downtown Honolulu. The sun is out, and the natural optimism of the climate is almost oppressive. Lippert is preparing for a three-week stint training a new set of entrepreneurs, in which she’ll stay up one night until 2 a.m. singing karaoke with them. Right now, she’s refreshed and enthusiastic. I ask the point of pushing to 100 percent. Wouldn’t getting to 70 be good enough, and let natural gas handle the rest? She admits the last 30 percent is “exponentially” harder than the first 30, but argues the effort is worth it anyway. “What is the danger of not doing this?” she says. “The risk of not doing this is greater than the risk of doing it.”

And, she points out, Hawaii is already proving the skeptics wrong. Renewable use jumped from 8 percent in 2008 to 27 percent in 2017. Moreover, the state has an aggressive schedule to roll out another 400 megawatts of wind and solar in the near future. Based on this pace, Hawaiian Electric recently put out a report estimating that it would reach the goal of 100 percent five years earlier than mandated by law, or by 2040.

That outlook is based on a few unproven assumptions. Looking out 20 years, for example, the state’s power plan says it will get hundreds of megawatts of offshore wind by using floating turbines, anchored to the sea floor. This hasn’t been done anywhere at an affordable scale, but Hawaii has enough faith in the emerging technology to include it.

And the state, like every place going 100 percent renewable, bets big on electric cars as its future transportation mode. Car batteries will play a crucial role in taking excess energy off the grid during peak solar hours and returning it at night if needed. Hawaii has the second-highest penetration of electric cars in the U.S., but it’s still under 1 percent.

After five years, Lippert can claim that a handful of companies are becoming commercially viable. Go Electric’s contract for smart microgrids at Camp Smith has proved so successful that it’s won similar work at the Army’s Fort Custer training base in Michigan and the Tooele Army Depot in Utah. Another, Stem, which uses learning software to automate energy-storage savings for schools and businesses, as well as provide grid services to utilities, has 29 customers on Oahu and is gaining them in California.

Of course, not all of the state’s technologies will or should be portable. Renewable electricity very much needs to be tailored to local natural resources. Places beyond these tiny volcanic islands have already figured that out. Iceland, which has exceptional geothermal, and Norway, which has abundant hydro, have maintained nearly 100 percent for years. In Denton, Texas, where the wind blows strong, officials expect the city to be fully wind-and solar-powered by the end of this decade. Burlington, Vermont, the first U.S. city to boast 100 percent, burns local wood chips for fuel and has plenty of hydro from its rivers and dams. Many other cities have made significant progress; Las Vegas says that all of its municipal buildings now run on solar.

Why, all these efforts seem to be asking, must we be destined to dig dinosaurs from the ground and burn them to make our cars go and our toasters pop? Roughly 150 years ago, no one thought we could convert sunlight into electricity; then in 1876, someone discovered that selenium, when exposed to light, could do just that. Solar hovered at the edges of society for a century before humans found the will to make it affordable and efficient. But once that happened, solar’s rise has been akin to the overnight rock star—from YouTube poseur to stadium attraction in one short decade.

Lippert believes that other superstars are out there. For her, the fact that a simple flywheel, with a few smart tweaks, might turn out to be a force of energy is thrilling beyond what anyone had imagined. “People had no idea that a flywheel is a solution,” Lippert tells me. “It was that unknown. That is what excites me.”

Solar panels generate plenty of energy on summer days. Not so much in winter, especially in northern climes. If we intend to go all in on renewable power, storing the stuff for use when we need it later is key. Underground thermal energy storage allows engineers to take excess energy, shunt it below ground, and save it there indefinitely.

Existing caverns, subterranean rocks, or even man-made holes are ideal spots to stash juice. The process is fairly simple: Solar panels on rooftops—say, garages—heat pipes filled with glycol, a conductive organic compound used in antifreeze. The hot glycol travels to an energy station where it transfers its heat to water. Some of the warmed H2O flows into pipes to nearby homes, providing hot showers. Excess heat directs into long-term storage, hundreds of pipes in bored holes up to 120 feet deep. Hot water moves through these tubes, warms the earth to about 175 degrees, cools off, then travels back to the energy station where the process repeats. Because the earth holds the heat, it can return it to the water pipes in winter.

Leslie Kaufman, a regular contributor to PopSci, writes on climate change and renewable energy.

This article was originally published in the January/February 2018 Power issue of Popular Science.

Written By Leslie Kaufman

#Technology

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currentupdate-blog · 7 years ago

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Excellence Of Inverter And Midnite Solar Classic Charge Controller Online

From online sources many solar devices could be purchased in discounted price like solar pump, solar inverters, battery banks, solar operated lights, solar panels and many more things. Different types of inverters are available like Off grid, Hybrid or Grid-tie inverters and many more. Buying online could be a risky procedure for the buyers or customers. So, just select the reputed suppliers online and if not available, you can search for offline stores through their website at your nearest store. You buying experience will be safety and secured.

Efficient Outback Solar Inverters

Outback inverters are made for uninterrupted power supply with highly upgraded voltage. Some models of outback solar inverters are Outback Power Hybrid Series Inverter, Outback Power Sealed Hybrid Series Sine Wave Inverter and many more types. When, there is low voltage energy collected from sunlight, inverter helps raise the voltage during supplying output to the users.

Midnite Solar Classic Charge Controller

The Midnite Solar Classic charge controller is designed to work with battery banks. For example: 150-SL, 200-SL and 250-SL are designed to work with 12 to 72 volt battery bank. These midnite solar classic charge controllers come with 3 input working voltage ranges such as 150, 200 and 250 VDC, graphical layout and record about operation data of last 380 days.

Use Of Midnite Solar Classic Charge Controller

It’s only designed to work with battery bank for an efficient charge control of input and output. Among 3 types of input voltage range, you can use any Midnite Solar classic charge controller for charging of battery bank and the solar energy could be saved well.

Successful Installation

You must follow the manual guide for successful installation of Outback Solar Inverter as well as midnite solar classic charge controller for appropriate utilization and avoidance of wastage of money. Or you can take assistance of any technical person or electrical mechanics to conduct installation successfully and any wastage can be avoided successfully.

Buying Online In Discounted Price

Buying the above solar devices from any reputed supplier could be beneficial for you, but remember you should only choose the supplier, who provides only the new solar devices without any undetectable repaired devices. Before going to final step of booking the products by finishing payment through cards and NEFT, you must read the detailed terms and conditions

Delivery

Now, it is the time of delivery and before signing on courier pad, you must check all the things like Classic charge controller , Knock out covers 3 screened, Terminal block cover and silicone grease, Parts bag with stickers, and User’s manual printed. If all these things are in proper place, then sign on received place, otherwise mention about the shortage of materials inside the kit. If user manual is not there, you can download it online and can complete the receiving procedure. If any other significant equipment is missing, then you can upload a recorded video to the customer care immediately and raise a complaint immediate and hold the delivery man.

Hope, the above article helps you out from any confusion about solar devices like Outback Solar Inverters and Midnite Solar Classic Charge Controller.

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besthardware-blog · 8 years ago

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Living in an Alaskan Field Camp - Designing and Implementing a Reliable Power Supply

Does your research or work take you to remote locations where electrical power is limited or non-existent? I'm not talking about just having to run an extension cord across the parking lot to the nearest outlet...more like needing to provide reliable power for a research camp on a small island in Alaska, accessible only by boat or float plane and over a year in duration. I would like to share the experience I gained from implementing and maintaining this field camp power supply.

That was the scenario one graduate student and I, a field biologist and research technician, faced. Let's just say we had no trouble charging important equipment such as radios and satellite phones or using laptops for data entry & analysis (and maybe a couple of movies).

I would like to share the experience I gained from implementing and maintaining this field camp power supply and will be specifically talking about: types of power sources available for use in remote locations; the basic concept of how these 'sources of power' work; a few simple ideas to help you design a power supply unique to your situation and finally some basic equipment and tools to include in your power supply design.

TYPES OF POWER SOURCES

1. Photovoltaic panels or known more commonly as solar panels: single or multiple panels collecting light energy from the sun, and converting to electrical energy and fed along a cable to be stored in a bank of batteries. Our 400 watt (W) solar panel produced 0-8 amps (A) on average.

2. Portable wind turbines: relatively new in the market of portable power sources but I predict they will get better and more accessible sooner than later. Basically electrical energy is converted from wind power turning a turbine and fed along a cable to be stored in a bank of batteries. I've researched different models and found varying output ratings but the common range for a 400 watt model is 50 to 60 watts or 3-4 amps.

3. *Gasoline powered generator: gasoline powered electrical generator that can be used as your primary power source or as a backup or supplement to another power source. Our Alaskan field camp power source included a Honda EU1000i gas generator in conjunction with a 400 watt solar panel. Gas generator models can range in output power (1000 to 5000 watts: 8.3 to 41.6 amps)

*Remember- account for transporting, storage, usage and re-supply of fuel when using this power source.

4. Portable hydroelectric generator: large scale hydroelectric power is nothing new (there are a lot of dammed rivers out there) but commercially available portable versions of this technology are. In 2010, Bourne Energy made available the Backpack Power Plant-Type 1 BPP-1 (a subsequent militarized version, the BPP-2 has also been recently released.) According to reviews, the BPP's provide clean, quiet power from any stream deeper than four feet, and produces approximately 500 W(40 A) per unit in optimal river flow rate of 2.3 (7.55 ft) meters per second; units weigh less than 30 pounds and are three feet in length.

BASIC CONCEPT

All of these sources can be thought of as the methods for collecting the energy you want to store and ultimately use in your camp. So where does the energy get stored you ask? In a bank of at least 2 or more 12 volt, deep cycle marine batteries. Think of your 'bank' of batteries as equivalent to a bank account, to which you can continually add energy collected from whichever collection methods you decide to use and ultimately 'draw from' to power devices such as laptops, radios, power tools, satellite phones or just general battery charging.

DESIGNING YOUR POWER SUPPLY--YOUR UNIQUE SITUATION

When initially designing your power supply, you need to know your location. What's the local climate? How much sun, wind, cloud cover, rain does your location get? How does all that change with different seasons? How long will you be in this location? Will you be able to access fuel for generators? Is there a stream or river to use a hydroelectric generator? These are just a few examples of what you need to consider when setting up remotely and really need to put some thought into all the possible scenarios you may encounter... better to do it in the comfort of your home or office than finding out it's not going to work while in the field where your options are limited.

What I'm sure you'll find after doing some background research on the types of power sources and what unique site conditions you'll be operating under is that you'll want to use a combination of more than one source. For example, in our field camp it was necessary to have a gasoline generator in addition to the solar panel we set up to collect and deposit energy to our bank of batteries. Knowing there was only so much energy the panel could collect and that was only when it was light out and only in certain types and amounts of cloud cover! Again, the emphasis here is to do the necessary background research in to what YOUR unique situation is.

BASIC EQUIPMENT & TOOLS

1. Power source

2. Cables:

i) Connecting source and load (battery bank); depends on distance needed, usually 12-15 gauge.

ii) Connecting your 12V batteries together (battery bank); 4 gauge.

3. 12 volt, deep cycle marine batteries

4. A Charge Controller. is needed to prevent overcharging of the batteries. Proper charging will prevent damage and increase the life and performance of the batteries.

5. The Power Inverter integral part of the system. It makes 120 volts AC from the 12 volts DC stored in the batteries. It can also charge the batteries if connected to a generator or the AC line.

6. Voltmeter

7. Wire strippers, pliers, multi-driver

8. Extra butt connectors (wire to wire connect)

9. Sandpaper - used to clean battery terminals for good contact

10. Distilled or demineralized water ONLY to replenish batteries

11. Silicone & calk gun --to waterproof electrical connections exposed to weather

Author- Morgan Davies

Passing along some tried and tested tips I've gained from my experiences living & working in British Columbia & Yukon, Canada and Alaska, USA the past 30 years. BSc. Natural Resource Management, UNBC 2002.

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