#2kw solar power system

[solar-power-perth]

Solar Power System By Size

When determining the size of a solar power system, several factors are taken into consideration, such as the amount of available roof or ground space, the energy needs of the property, and the budget for the system. It is recommended that you consult with a qualified solar installer to determine the best system size and configuration for your specific needs.

Residential solar power systems: These systems typically range in size from 1 kW to 10 kW, with the most common sizes being 3 kW, 5 kW, and 6.6 kW. These systems are designed to meet the energy needs of a typical household and can be installed on the roof or ground-mounted.

Commercial solar power systems: These systems can range in size from 10 kW to several megawatts, depending on the energy needs of the business. These systems are typically installed on the roof or on the ground and can be used to offset a significant portion of the business's energy consumption.

Utility-scale solar power systems: These are large-scale solar power plants that generate electricity on a massive scale, typically ranging from several megawatts to hundreds of megawatts. These systems are used by utilities and large energy companies to generate electricity for the grid.

How to Determine Solar Power System Size for Your Need?

To determine the size of the solar power system you need, several factors need to be considered, including your energy consumption, the size of your property, and your budget. Here are some steps you can take to help determine the appropriate size of a solar power system for your needs:

Determine your average energy consumption: Look at your electricity bills from the past year and calculate your average energy consumption in kilowatt-hours (kWh) per day. This information will give you an idea of how much electricity you need to generate to offset your energy consumption.

Consider your property size: The amount of roof or ground space you have available will impact the size of the solar power system you can install. A larger system requires more space, so it's important to ensure that you have enough room for the system you need.

Decide on your budget: Solar power systems come at different price points, depending on the size and quality of the components. Decide on a budget for your solar power system, keeping in mind that a larger system will likely cost more.

Consult with a solar installer: A qualified solar installer can help you determine the appropriate size of the solar power system for your needs. They will take into consideration your energy consumption, property size, and budget, as well as the local solar potential and any regulatory requirements in your area.

Solar Power System By Sizes:

https://www.solarwa.net.au/6-kw-solar-system/

[amplus-solar]

Take advantage of the national subsidy scheme to reduce your upfront cost of solar panel system in UP. Learn More about solar subsidy 2023 & solar system price in Uttar Pradesh.

[xindunpower]

What Is The Difference Between MPPT And PWM Charge Controller?

Seeing that solar energy is the new trend these days, we are sure you must be curious about solar charge controller. But before moving to PWM and MPPT Solar charge controller, let us give you a brief idea of what it is mean for.

Solar charge controller is a device placed between the solar panel and the battery pack to control the electrical energy produced by the solar panel entering the battery.

It needs to coordinate the work of solar panels, batteries, and loads to ensure the stable operation of the entire solar off-grid power system.

But “What is the difference between MPPT and PWM charge controller?”

Let's check out.

1. Meaning

PWM is pulse width modulation;

MPPT is maximum power point tracking.

2. Efficiency

MPPT is much more efficient than PWM chargers.

The efficiency of MPPT can be as high as 99%, but the PWM is only 50%-75%.

PWM acts like a switch, so the solar panel will always be charged at the battery's voltage.

When a solar panel with an open circuit voltage of 24V is connected to a PWM charger, the voltage is pulled down to almost the same as the battery's 12V voltage. This reduces its charging efficiency by 50%.

The MPPT adjusts the charging voltage and current to the maximum deliverable power.

It behaves like a DC-DC transformer rather than a switch, which enables it to minimize charging losses.

3. Price

The structure of MPPT is more complicated,so the cost is also higher.

The price is usually several times or even dozens of times that of the PWM.

4. Charging operation mode and current regulation ability

The PWM can only be used with relevant voltages.

For example, the battery board of the 12V system can only be used with the 12V controller and battery. Its structure is simple and the wiring is convenient for users;

The MPPT has a larger space to use.

Generally, the solar panel voltage can be used between 12V~170V, and the battery voltage is adjustable from 12~96V, which is more applicable.

5. Practical application

The PWM is generally used in some small off-grid systems below 2KW;

Generally, MPPT should be used in large-scale off-grid systems above the 2KW level.

Another larger application of MPPT technology is distributed on grid power systems.

On grid inverters used are in MPPT mode.

If you are interested in MPPT and PWM charge controller, please contact us.

[controlsandsystemscbe]

#Sungrow Solar PV Inverter Panel / DC Distribution panel / Solar Panel

Multi-MPPT String Inverter for 1500 Vdc.

PROVEN SAFETY:

2 strings per MPPT, no fear of string reverse connection,

Integrated DC switch, automatically cut off the fault,

24h real-time AC and DC insulation monitoring,

LOW COST:

Q at night function, save investment

Power line communication (PLC)

Smart IV Curve diagnosis*, active O&M

GRID SUPPORT:

SCR≥1.16 stable operation in extremely weak grid

Reactive power response time <30ms

Compliant with global grid code

HIGH YIELD:

Up to 16 MPPTs with max. efficiency 99%

20A per string, compatible with 500Wp+ module

Data exchange with tracker system, improving yield

Overview:

PV string inverters convert the direct current (DC) generated by solar panel strings into alternating current (AC) that can be fed into the electrical grids,

which are commonly used in homes and businesses, including rooftops, carports, ground mounts, and tracker systems.

Sungrow string inverters have power ratings ranging from 2kW to 352 kW, equipped with the advantages of easier troubleshoot and lower cost.

With advanced technology and reliable performance, our solar string inverters will maximize your PV system's efficiency, making it a cost-effective and sustainable choice for your home or business.     

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[voltaicos]

New solar install: 6 Jinko 435W solar panels paired with a 2kW Huawei KTL inverter! ⚡🌞 This system delivers over 2.6 kW of solar energy, perfect for small to mid-sized homes looking for an energy-efficient solution. The 2KTL inverter optimizes power conversion, so you can get the most out of every sun-filled day and start cutting down your electricity bills.

Curious about how clean energy can work for you? Let’s get started—contact us by clicking here on the link

#SolarPower #JinkoSolar #HuaweiInverter #SolarEnergy #EcoFriendly #SustainableSolutions

[kcpsolar]

Benefits of Going Solar: Exploring Government Solar Panel Installation Programs

Solar panels are the new age solution to all energy needs. As climate change and global warming take precedence, the government is encouraging solar installation for home through different schemes and subsidies.

Benefits of Going Solar

Before we look into the different solar panel installation government scheme, here

are a few reasons to switch to solar energy:

Reducing Electricity Expenses

Renewable Source of Energy

May Increase Property Value

Control Your Energy Production and Consumption

Installation Subsidy Programs by the Government

With the ominous signs of climate change affecting lives all around the globe, governments of many countries have realised the crucial role they play in limiting further progress of global warming. Hence, many governments have launched incentives and subsidies with the ultimate goal of increasing the adoption of solar energy as the sole source of power. India has also followed suit with many initiatives launched in the past decade. Here are some of the schemes provided:

Chief Minister's Solar Rooftop Capital Incentive Scheme

Launched in 2013 by the government of Tamil Nadu, applicants can enjoy solar panel installation at a subsidised price. Only domestic consumers with a TANGEDCO service can use this rooftop solar subsidy in Tamilnadu for 1kWp grid-connected plants. The Tamil Nadu government provides a subsidy of 20,000 rupees to install solar PV plants. Eligible applicants can choose offline or online mode to apply for the subsidy.

National Portal for Rooftop Solar

Also known as the New and Simplified Programme for Rooftop Solar Phase II, the scheme is a cross India subsidy programme that aims to make the use of solar energy common for domestic and residential needs. Depending on the requirements and size of the system, you can apply for a predetermined per-kilowatt of Central Financial Assistance (CFA)/Central Government Subsidy through the National Portal for Rooftop Solar. The rooftop solar subsidy in Tamilnadu applicable for different sizes of solar system are as follows:

Size of Solar System | Subsidy Available

Till 3 kW | Rs. 14,588/kW

More than 3 kW up to 10kW | Rs. 7,294/kW

More than 10 kW | Rs.94,822/ kW

Resident Welfare Associations (RWA) | Rs. 7,294/ kW

Cost of Installing Solar Panels

The prices of solar panel installations differ depending on the type of system you choose. The solar systems which are grid-connected are eligible for the rooftop solar subsidy in Tamilnadu. As the most affordable option, the cost of installing solar panels for home ranges as follows:

Solar System Size | Estimated Price Range

1kW System | Rs. 75,000 – 85,000

2kW System | Rs. 1,50,000 – 1,70,000

3kW System | Rs. 1,89,000 – 2,15,000

4kW System | Rs. 2,52,000 – 2,85,600

5kW System | Rs. 3,15,000 – 3,57,000

10kW System | Rs. 5,31,000 – 6,07,000

Solar Installation for home can be quite an expensive ordeal. We assist you by browsing through and applying government subsidies for solar panel installations at the lowest price possible. Contact us for a brighter future at an affordable price!

[gse-renewables]

Solar Panel Installation Cost in India

Switching to solar installation is a smart move for households, farmhouses, and businesses burdened with high electricity bills. Not only can it significantly reduce your monthly energy costs, but it also brings long-term environmental benefits. However, it’s essential to be well-prepared for the initial cost of solar installation in India, which encompass solar components, solar panel mounting modules, and labor expenses.

Average Cost of Solar Panel Installation in India

The cost of installing solar panels can vary considerably, as each solar energy system is tailored to the specific requirements of the structure, roof specifications, shading, and utility. On average, you can expect to invest anywhere from Rs. 1,89,000 to Rs. 2,15,000 for a 3kW solar panel system in India. The per-watt price for solar panel systems typically falls within the range of Rs. 75,000 to Rs. 85,000.

Solar panel installation costs per kWh in India across different system sizes:

Solar System Size

Price Range (in Rs)

1kW Solar System

Rs. 75,000 – 85,000

2kW Solar System

Rs. 1,50,000 – 1,70,000

3kW Solar System

Rs. 1,89,000 – 2,15,000

4kW Solar System

Rs. 2,52,000 – 2,85,600

5kW Solar System

Rs. 3,15,000 – 3,57,000

10kW Solar System

Rs. 5,31,000 – 6,07,000

Factors Affecting Savings and Costs

Before making the transition to solar energy, it’s crucial to consider various factors that can impact your long-term savings:

Review Your Electric Bill: Solar panels, commonly mounted on rooftops, harness the sun’s energy to generate clean power, reducing your reliance on grid electricity. The higher your electricity bill, the greater your potential savings. Keep in mind that fluctuations in electricity prices and changes in energy consumption can affect the amount you save with solar panels.

Evaluate Your Sunlight Exposure: The amount of sunlight your location receives plays a significant role in the energy your solar system can produce. Many states in India experience 3 to 5 peak sun hours, making it ideal for solar power generation. The orientation of your roof and shading can also affect energy output, but high-efficiency solar panels can mitigate these issues.

Estimate and Compare Solar Panel Cost: The bulk of solar panel installation costs stems from purchasing solar panels and related components. Modern solar energy systems can last up to 25 years with minimal maintenance. To determine the right system size, calculate your average daily energy demand based on your monthly utility bill. An average residential 5kW solar system in India costs around Rs. 3,15,000 to Rs. 3,57,000, excluding government subsidies.

Take Advantage of Government Subsidies: The Indian government’s Rooftop Solar Programme Phase – Ⅱ offers subsidies to homeowners and housing societies for installing solar power plants. The National Portal for Rooftop Solar simplifies the process, providing information on eligibility criteria and approved solar vendors.

The National Portal for Rooftop Solar simplifies, speeds up, and makes more transparent the process of obtaining subsidy benefits. It provides comprehensive information on the eligibility criteria and the Approved List of Models and Manufacturers (ALMM) of Solar Photovoltaic Modules. You can also find a list of solar vendors who have been empanelled to install solar plants.

Rooftop Solar System Capacity

Applicable Subsidy (₹)

Up to 3kW

14,588/kW

Above 3kW and up to 10kW

7,294/kW*

Above 10kW

94,822**

Resident Welfare Associations (RWA) / Group Housing Societies (GHS)

Rs. 7,294/- per kW

For common facilities up to 500 kWp @ 10 kWp per house, with the upper limit being inclusive of individual rooftop plants already installed by individual residents in that GHS/RWA at the time of installation of RTS for common activity.

Note: *₹14,588/kW for the first 3 kW and ₹7,294/kW for the rest of the capacity up to 10kW.

**The subsidy amount is fixed for rooftop solar systems above 10kW capacity.

Components of a Solar Energy System

A solar energy system comprises three primary components:

Solar Panel: When it comes to the expense of installing solar panels, it hinges on the size of the solar panels you select. The power output of solar panels is gauged in wattage, a pivotal factor in determining the cost of setting up a home solar panel system. Typically, consumers tend to gravitate towards solar panels with wattage ratings ranging from 250 to 400 watts.

The standard price for solar panels stands at approximately Rs. 40,000, with a variation between Rs. 36,000 to Rs. 44,000 depending on the type and model chosen. You have the flexibility to choose from three primary solar panel types:

Monocrystalline Solar Panels: These panels boast an impressive efficiency rating of 17% to 22%, but they come with a somewhat higher price point. On average, the cost of monocrystalline solar panels falls within the range of Rs. 43 to Rs. 63 per watt. Opting for monocrystalline panels for your solar energy system may be a pricier investment, but it promises increased energy output per square foot of panel area.

Polycrystalline Solar Panels: Polycrystalline-based photovoltaic panels are known for their cost-effectiveness, as they have a lower manufacturing cost per panel. While their efficiency is slightly lower, ranging from 15% to 17%, they are a more budget-friendly option, with a price range of Rs. 30 to Rs. 36 per watt. Utilizing polycrystalline solar panels for your solar energy system is an economically sound choice for consumers.

Bifacial Solar Panels: For those seeking maximum energy yield from their solar panel installation, bifacial solar panels are a compelling option. These panels feature solar cells on both their front and back sides, enabling them to generate substantial solar electricity. With an efficiency rating of 20% and beyond, bifacial solar panels typically fall within the cost range of Rs. 37 to Rs. 52 per watt.

Solar Inverter: This critical component converts DC electricity generated by solar panels into AC electricity suitable for powering homes and businesses. The size of the inverter is determined by the system size and costs increase with larger installations.

Solar Battery: Integrating solar batteries into your system enhances reliability by storing excess energy generated during the day for use during the night. This ensures a continuous power supply and protection against grid outages, offering peace of mind and sustainability.

A solar energy system comprises three primary components:

Solar Panel: When it comes to the expense of installing solar panels, it hinges on the size of the solar panels you select. The power output of solar panels is gauged in wattage, a pivotal factor in determining the cost of setting up a home solar panel system. Typically, consumers tend to gravitate towards solar panels with wattage ratings ranging from 250 to 400 watts.

The standard price for solar panels stands at approximately Rs. 40,000, with a variation between Rs. 36,000 to Rs. 44,000 depending on the type and model chosen. You have the flexibility to choose from three primary solar panel types:

Monocrystalline Solar Panels: These panels boast an impressive efficiency rating of 17% to 22%, but they come with a somewhat higher price point. On average, the cost of monocrystalline solar panels falls within the range of Rs. 43 to Rs. 63 per watt. Opting for monocrystalline panels for your solar energy system may be a pricier investment, but it promises increased energy output per square foot of panel area.

Polycrystalline Solar Panels: Polycrystalline-based photovoltaic panels are known for their cost-effectiveness, as they have a lower manufacturing cost per panel. While their efficiency is slightly lower, ranging from 15% to 17%, they are a more budget-friendly option, with a price range of Rs. 30 to Rs. 36 per watt. Utilizing polycrystalline solar panels for your solar energy system is an economically sound choice for consumers.

Bifacial Solar Panels: For those seeking maximum energy yield from their solar panel installation, bifacial solar panels are a compelling option. These panels feature solar cells on both their front and back sides, enabling them to generate substantial solar electricity. With an efficiency rating of 20% and beyond, bifacial solar panels typically fall within the cost range of Rs. 37 to Rs. 52 per watt.

Solar Inverter: This critical component converts DC electricity generated by solar panels into AC electricity suitable for powering homes and businesses. The size of the inverter is determined by the system size and costs increase with larger installations.

Solar Battery: Integrating solar batteries into your system enhances reliability by storing excess energy generated during the day for use during the night. This ensures a continuous power supply and protection against grid outages, offering peace of mind and sustainability.

Conclusion

Solar panel installation in India is a sustainable and cost-effective way to generate electricity while reducing your carbon footprint. By understanding the costs involved and the savings potential, you can make an informed decision about transitioning to solar energy. Additionally, exploring government subsidies and incentives can make your investment even more attractive.

Remember that while the initial cost may seem high, the long-term benefits and environmental advantages of solar panel installation in India make it a compelling choice for many. As technology advances and prices continue to decrease, going solar is becoming an even smarter investment. GSE Renewables provide best solar panel installation with an affordable cost.

FAQs

How much does a full home solar system cost in India?

The cost of a full home solar system in India varies depending on the size of the system and the quality of the components used. However, as a general rule of thumb, you can expect to pay between ₹75,000 and ₹85,000 per kilowatt (kW) of capacity.

How much does a 5kW solar system cost in India?

A 5kW solar system is a good size for most average Indian households. It will typically cost between ₹3,75,000 and ₹4,25,000 to install.

How many solar panels required for 1.5-ton AC?

To run a 1.5-ton AC on solar power, you will need at least 4 solar panels. However, the exact number of panels required will depend on the efficiency of the panels and the amount of sunlight your roof receives.

Can we run AC on solar power?

Yes, you can run an AC on solar power. However, it is important to note that ACs consume a lot of electricity. Therefore, you will need a large enough solar system to power your AC and other appliances.

Are there government subsidies available for solar installations?

Yes, there are government subsidies available for solar installations in India. The Ministry of New and Renewable Energy (MNRE) offers a subsidy of up to 40% on the cost of solar panels.

How long do solar panels last?

Solar panels typically have a lifespan of 25-30 years. However, they can last even longer if they are properly maintained.

[umangotsolar]

Solar Panel Price in Lucknow for Every Budget: The Ultimate Comparison Guide to Get the Best Value

Your rooftop solar system in Lucknow has the potential to elevate not only the value of your home but also your ability to offset energy costs and reduce carbon emissions by utilizing low-cost, clean, and renewable solar power. Recognizing the incredible benefits of solar photovoltaic system and the solar panel price in lucknow, the government of India has taken significant strides to subsidize solar systems, making them more accessible to homeowners in Lucknow and throughout the country.

Understanding Solar Panel Price in Lucknow

When considering solar panel price in Lucknow, it's essential to consider various factors that contribute to the overall cost of a solar panel system. These factors include the type and quality of panels, installation costs, additional equipment, and government subsidies.

Type and Quality of Panels:

The type of solar panels you choose can significantly impact the solar panel price in lucknow. Monocrystalline panels, known for their higher efficiency, generally come at a slightly higher cost than polycrystalline or thin-film panels. However, their superior performance may justify the investment for those seeking optimal energy generation.

Installation Costs: The cost of installation encompasses various aspects, such as labor, mounting structures, wiring, inverters & solar panel price in lucknow. Factors such as the complexity of installation, roof type, and additional equipment like battery storage can influence installation costs. Obtaining quotes from reputable solar installers is advisable to assess the installation expenses accurately.

Additional Equipment: Consider incorporating solar batteries or advanced monitoring systems depending on your energy requirements and goals. While these can enhance the functionality and efficiency of your solar panel system, they will add to the overall cost.

Government Subsidies: As mentioned earlier, the government offers subsidies on solar panel installations. These subsidies significantly reduce capital costs and make solar energy more accessible and affordable for residents. Taking advantage of these subsidies can substantially lower the total expenditure on your solar panel system.

1kW Solar Panel Price in Lucknow

If you're considering harnessing the power of solar energy in Lucknow, one of the key factors to take into account is the price of a 1kW solar panel system. By understanding the cost implications, you can make an informed decision about your clean energy investment.

Solar panel price in lucknow of 1kW solar panel system may vary depending on several factors, including the brand, quality, and additional components included in the package. On average, the price range for a 1kW solar panel system in Lucknow falls between ₹40,000 and ₹70,000, including all the components, such as the solar panel, solar inverter, solar batteries, mounting structure, and wiring installation. The cost of a 1 kW solar panel price in Lucknow varies from one supplier to another, depending on the brand, quality, and warranty of the product.

2kW Solar Panel Price in Lucknow

If you're looking to enhance your energy independence and reduce your carbon footprint, installing a 2kW solar panel system in Lucknow can be a significant step towards achieving these goals. Understanding the price of a 2 kW solar panel system is essential to making an informed decision about your clean energy investment.

Solar panel price in lucknow of 2kW solar panel system can vary based on several factors, including the brand, quality, and additional components included in the package. On average, the price range for a 2kW solar panel system in Lucknow falls between ₹80,000 and ₹1,40,000, including all the components, such as the solar panel, solar inverter, solar batteries, mounting structure, and wiring installation. The cost of a 2kW solar panel price in Lucknow varies from one supplier to another, depending on the brand, quality, and warranty of the product.

5kW Solar Panel Price in Lucknow

If you're considering a significant investment in solar energy, installing a 5kW solar panel system in Lucknow can provide substantial benefits for your home's energy needs. Understanding the price of a 5kW solar panel system is crucial to making an informed decision about your clean energy journey.

Solar panel price in lucknow of 5kW solar panel system can vary based on several factors, including the brand, quality, and additional components included in the package. On average, the price range for a 5kW solar panel system in Lucknow falls between ₹2,25,000 and ₹3,50,000, depending on the type of solar panel, the brand, and other factors. The cost of installation and other components such as wiring, mounting structures, and others also need to be taken into consideration when calculating the overall cost.

Solar Panel Subsidy in Lucknow

The city of Lucknow is making strides in the fight against climate change. Recently, the government of India implemented a solar panel subsidy to help reduce the use of non-renewable energy sources. This solar panel subsidy is designed to help households and businesses in Lucknow install solar panels on their roofs and receive incentives from the government in return. This incentive is a great way to help households and businesses save money on their energy bills.

[powergenenterprises]

Portable Diesel Generator for Sale

There are several key features to consider when buying a generator. These would include fuel options like gas, diesel, propane, and solar. In this article, we are strictly looking at diesel.

Other factors include whether the machine is certified or has a warranty.

The below is a list of the most common variables needing consideration before purchasing a portable diesel generator.

Runtime The runtime or fuel tank size is a key consideration. If your fuel tank can handle 100% of your electrical load for 6-hours, deciding to use only 50% of the load can extend electricity use to 12-hours. The power output or running wattage also impacts the runtime.

Power Output The engine’s horsepower impacts the power output. Most portable systems generate 2kW-10+kW. The machine’s fuel efficiency also makes a difference in the power output Portable Diesel Generators.

Safety Features Consideration of safety features might include a maintenance-free alternator, voltage regulator, or low oil shutdown mechanism. By shutting down the system when the oil levels drop, the engine is spared from burning up.

Decibel Ratings The amount of noise the system produces is measured between 57-100 dBA during operation. Most of the equipment operates around 65dBA-70dBA. Pricing increases with a decrease in noise.

Desirable Features Many businesses have to address EPA tier 4 emission standards. The portability of the equipment in the form of handles and wheels. The equipment has an electric start. And a professional grade of thick steel for the housing.

Control Panel For operations, the operator might require the control panel to have a voltage meter, circuit breakers, oil and fuel levels, and outlets.

[sunnovativesolar445]

Surya Gujarat Solar Portal for subsidy in the solar rooftop.

Gujarat has been holding the second position for the production and scope of solar power throughout the country. With its 300 days of available sun and the vast Rann of Kutch, which experience the wrath of the sun, has proven itself the best place for the evolution and setup of solar rooftop plants and their production to reduce the electricity load of the state upon the non-renewable sources.

Their government has been making changes and even opportunities to take benefit of this privilege they receive in terms of solar and wind energy sources.

This state possesses the capacity of generating 10% of the national electricity capacity which is 38,000 MW.

This state has been focusing on renewable sources to be its major electricity source. This led to 35% of the state electricity requirement being met through wind, hydro, biomass, and solar (3,273 MW) in 2020.

And to increase the number from 35% to 53% in upcoming years, the state has been implementing various solar policies around the country.

By their schemes of providing subsidies for residential solar rooftop installation as per the amendment in 2016.

Which motivated other people in their state to go for solar installation on their rooftops.

Subsidies plans for solar rooftop installation for the Gujarat people?

As per the central government, a total of 40% of the subsidy is provided for the total cost of solar panels.

To enhance this scheme of the central government in their state. Gujarat government provides Rs10,000/KW in addition to increasing the process of the solar panel’s installation.

Currently, the people get subsidies as per the L1 rates which are:-

Rs 40,991/KW for 1-3KW of solar systems.

Rs 43,500/KW for solar systems between 3KW to 10KW.

Down below is the exact amount of subsidies provide as per your solar panel’s range.

solar capacity                                                Subsidies

1KW                                                              Rs 16,396

2KW                                                              Rs 32,798

3KW                                                              Rs 49,189

4KW                                                              Rs 60,900

5KW                                                              Rs 69,600

All these rates are the exact value without GST.

The people can even enjoy a particular percent of the cost reduction in their total solar panels cost.

All these efforts and schemes are done so that people can get aware of these facilities and they can get the extra benefits that one can enjoy by opting for solar energy in addition to their electricity supply.

What is the objective of these solar subsidies?

It’s done so that the dependency of the state for their energy source on fossil fuels can be reduced. Which will help in keeping the environment of their state clean with financial benefits.

To achieve the Sustainable Development Goal for the state of Gujarat.

To enhance and explore the area of employment, research, and development in the solar field which can help their state people and even add a great glory towards zero carbon source for energy.

To create awareness among their people and create investment-friendly aspects in their areas.

It’s even a great way to take advantage of a free energy source that their land enjoys in abundance to cut out their extra bills and dependence upon the grid line.

Now the question arises of how exactly one can see and analyze whether installing these solar panel is beneficial for them or not. Most whether it’s affordable for them or not.

As doing this math always is not the cup of tea for everyone.

To overcome these people the ministry of renewable energy has come up with a solar power calculator that can aid in your decision-making by providing all required financial and technical details.

Solar Power Calculator

These calculators function as per your rooftop area, capacity to install, and budget. Keeping all these points in mind putting their residential category in Gujarat and average electricity cost/KW.

These calculators provide the best detailing regarding cost, electricity generation, subsidy, and financial savings.

This helps people to decide what type of panels and range their rooftop can accommodate with their needs being fulfilled.

How to get the solar connection?

So if people want to get this solar connection people need to get registered and contact their regional DISCOM office.

Any individual or a factor can get the PV connection after becoming a residential customer of any DISCOM. Where they become eligible to apply for the connection through the vendors registered and approved by Gujarat Energy Development Agency in Gujarat.

There are a total of 459 registered and reliable solar vendors in Gujarat whose information one can easily get in their near DISCOM office or even there are many online platforms that provide this information.

The National Portal for Rooftop Solar is a government-verified and controlled online platform that is amended throughout the country of India.

Where any individual or vendor can register themselves and even can receive the latest or existing information related to installation and subsidies of solar.

The GEDA and the national portal serve people with solar connection and subsidies issues and facilities.

And if people want to find the exact information regarding solar in Gujarat then they can take the help of GEDA (Gujarat Energy Development Agency) and MGVCL (Madhya Gujarat Vij Company Limited) for the extra information and important contacts.

Conclusion

As the state of Gujarat has the required potential to flourish in the field of solar area. And with their continuous efforts of providing subsidies, policies, and cost-reduction in solar installation have been a positive push regarding the installation of solar rooftops around the state to a total of 521.927 MW and is aiming to achieve more.

[amplus-solar]

The prices for 2kW solar panel systems with subsidy provide homes with an advantageous solar deal. Learn how solar can help you reduce energy costs and ensure a free supply of electricity for the next 25+ years.

[suncity-hot-water-brisbane]

Hot Water Showdown: Heat Pumps vs. Solar vs. Resistive Systems – Unveiling the Ultimate Winner

In the quest for energy-efficient and sustainable home solutions, the choice between heat pump, solar, and resistive hot water systems has become a topic of hot debate. A recent inquiry by Mr Smith, sparked by his attendance at 'Sustainable Home Day,' has highlighted the complexities surrounding this decision. While advocates on both sides make passionate claims, the ultimate arbiter in this matter is the numbers. In this comprehensive article, we'll delve into the cost-effectiveness of installing resistive element electric storage hot water systems (HWS) with additional solar versus opting for a hot water heat pump. We'll navigate through the key factors, assumptions, and variables that influence this choice while adhering to an SEO-organized format for clarity.

Key Factors and Assumptions in the Comparison

Any effective comparison requires foundational assumptions. While these may not encompass every reader's situation, they provide a launching pad for analysis. Variables such as location, electricity tariff, feed-in tariff, solar panel size, energy demand, upfront costs, automation, system lifespan, and maintenance should be considered. To facilitate personalized calculations, we encourage readers to engage with our downloadable spreadsheet (linked at the end of the article).

Comparing Resistive Element Electric HWS + PV with Heat Pump

Mr. Smith's Inquiry

Mr. Smith posed the question of whether investing in a heat pump or allocating the same budget to resistive hot water systems and extra solar panels would yield better results. Acknowledging his assumptions and logic, we'll explore his hypothesis from various angles to discern the long-term cost-effectiveness of each option.

Key Assumptions and Calculations

Mr Smith's premise is rooted in the need for additional solar capacity to power the respective systems. He assumes that his resistive HWS requires 2kW of additional solar to cover its daily 8kWh load, while a heat pump demands 500W of extrasolar. This assumption aligns with the Coefficient of Performance (CoP) principle, where a heat pump's efficiency reduces energy consumption for water heating.

Upfront Costs

By reevaluating Mr. Smith's initial cost estimates, we find that a comprehensive comparison requires equal footing. With adjusted numbers for installation and additional solar panels, we can gauge a more accurate cost advantage.

Running Costs and Energy Efficiency

Addressing Mr Smith's notion of 'free energy,' we emphasize that even renewable energy sources come with costs, albeit lower environmental impacts. PV self-consumption entails a nuanced understanding of grid interaction. While sophisticated systems enhance self-consumption, they entail extra expenses, impacting the equation.

Crunching the Numbers Over Time

We dissect the cost-effectiveness over 6 and 12 years, accommodating factors like maintenance, running costs, and system longevity. Accounting for different system sizes and solar self-consumption, we notice the dynamic interplay of prices and savings.

Opportunity Cost and Realistic Upfront Expenses

Mr Smith's argument regarding opportunity cost prompts reflection. However, a balanced view encompasses not only upfront expenses but also running costs, ensuring the holistic evaluation of investments.

The Verdict: Heat Pumps' Long-Term Advantage

Following meticulous analysis and adjustments, our estimations indicate that heat pumps offer significant cost advantages over time. Despite the complexity of variables, energy price trends and the growing demand for efficiency solidify heat pumps' edge.

Conclusion

Navigating the intricate landscape of hot water system choices demands careful consideration of variables and assumptions. Through a thorough examination of Mr Smith's inquiry, we've illuminated the cost-effectiveness of heat pumps in comparison to resistive element electric storage hot water systems with additional solar. As energy efficiency and sustainable solutions continue to gain momentum, it's evident that heat pumps stand as a robust investment for the future. For personalized insights and guidance, SunCity Hot Water remains committed to assisting homeowners in making informed decisions that align with their needs and environmental aspirations.

[certifiedsolar]

How Much Does a 15kw Solar System Cost in Australia?

Before installing a 15kw Solar System Brisbane, you should know the price of the system. The cost will depend on the size of the system and the number of panels required. You must also consider the payback time of the system. Read on to find out how much a 15kw solar power system costs. Here are some tips to help you get started. Also, read on to learn about the payback time and other important factors.

Cost of a 15kW solar power system

If you're interested in becoming more self-sufficient in your energy usage, you should consider installing a 15kW solar power system. A 15kW system generates approximately 60 kWh of electricity per day, which is suitable for larger homes and businesses. If your power consumption is moderate, this system will be ideal for you. If you have power hogs, you should schedule these to run when the sun is shining, so you can maximize your system's power production.

Size of the system

In Australia, it is possible to install a solar panel system for free, and the cost of the installation is extremely low. The benefits of installing solar panels are numerous. Australians are among the most energy-efficient countries in the world, and solar panel installation is a great move for any business owner. Aside from reducing your energy bills, solar panels offer numerous tax benefits and government rebates. They also offer feed-in tariffs, which means you can earn money back as you use them.

Cost of panels

The cost of installing a solar panel system can vary considerably. The most common financing options are home improvement loans or home equity loans. Home improvement loans generally require no money down and often allow you to use a federal tax credit. Installing solar in Brisbane is also tax-exempt. In fact, solar adds about 4.1% of value to your home. And even if you are paying your property taxes on it, you will no longer be responsible for paying it.

Payback time

The following are general guidelines for calculating the payback period for a 15kW solar system in Brisbane. The payback period will differ from state to state, but generally falls within five years, depending on the size of the system and your electricity deal. Here, we list the average payback periods for solar systems and calculate the savings each year. You can use this information to determine the feasibility of a solar system in your home.

Energy generated by the system

The average cost of a 15kw solar system in Brisbane is $2,200. However, this can vary from home to home, depending on the location. Using this as a benchmark, a typical 15kW solar system Brisbane will generate about 3500 kilowatt-hours of energy per year. This figure is highly dependent on the amount of sunlight a home receives throughout the year.

Certified Solar specializes in providing solar energy and energy storage system installations for commercial and residential projects. We transform our clients’ energy needs by helping them drastically reduce and eliminate their electricity bills, aiming for the maximum return on each investment.

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Types of Solar Power System the Future of Energy

There are mainly three types of solar power systems: OFF -Grid Solar, On-Grid Solar and, Hybrid solar with battery storage.

OFF -Grid Solar: An off-grid solar power system is similar to an on-grid system without public grid, and you need to add solar Battery or generator.

Hybrid solar: Hybrid solar system is a grid-connect solar power system with added batteries to store energy for later use

Grid-Tie Solar: This is a solar power system that is connected to the grid. It has no batteries connected to it.

[kenbrooksolar]

Solar Inverter

Solar Inverter

Solar inverter also know as solar power inverter or solar energy inverter and this the heart of solar power. It is an equipment that converts solar panel’s DC (direct current) power into AC (alternating current) power. This intelligent solar inverter also matches the required frequency, volt etc with electrical grid to run our load to be used at household and commercial premises.

Solar inverter

Apart from solar panel, the most important part of any solar system is solar inverter, because it converts power from the sun into useful energy.

Before buying solar inverter, few points should be clear.

Types – On grid, Off-grid or Hybrid

Technology – PWM or MPPT

Feature – Remote Or Web Monitoring

Brands – Delta, Luminous, Havells

Warranty – 2 years or 5 years

Types of Solar Inverter

The main roll of all types of solar inverters is to run the connected load on first priority. In the second priority, inverter exports the balance electricity in to battery or Govt. grid. Type of inverter we choose as per situation, grid availability, power cut and load calculation.

Accordingly, solar inverters are classified into three major types:

On grid solar inverter

Off grid solar inverter

Hybrid solar inverter

On Grid Solar Inverter

On grid inverter also called grid tie or grid connected inverters, generally used with on grid solar system. This inverter works with grid or government electricity. On grid solar inverter will continue run your load and send power to the power grid when solar produce extra electricity.

On grid solar inverter working diagram

These inverters are fully automatic and intelligent inverter with inbuilt protections which protect the complete solar system and solar panel from any fault. Generally, on grid solar inverter are used for home and commercial use in urban and industrial areas where electricity bills are high.

On Grid Solar Inverter Price

On grid solar inverter price for MPPT based technology with inbuilt remote or web monitoring:

Inverter ModelkW ratingSelling price

1kW On grid solar inverter1 kW 1PRs. 19000

2kW On grid solar inverter2 kW 1PRs. 25000

3kW On grid solar inverter3 kW 1PRs. 30000

5kW On grid solar inverter5 kW 1PRs. 45000

6kW On grid solar inverter6 kW 3PRs. 75000

10kW On grid solar inverter10 kW 3PRs. 90000

Warranty: All on grid solar inverters comes with 5 years onsite warranty.

Price of inverter may increase or decrease as per solar brand.

Brands in On Grid Solar Inverter

Luminous Solar Panel, System, Inverter, Battery & All Product Price

Havells Solar Panel, Inverter and Solar System Price

Delta Solar Inverter

Other: SMA solar inverter, Solax solar inverter, Sofar solar inverter etc.

Pros & Cons of On Grid SolarPros – Advantage

Utilization of 100% solar power.

No limitation of load.

Export extra electricity to grid.

Up to 70% subsidy on on-grid solar.

Less space for installation.

Cons – Disadvantage

Don’t work without grid.

No electricity generation during power cut.

No battery back-up.

Off Grid Solar Inverter

Off grid solar inverter also known as  stand alone solar inverter or solar battery inverter, are used in off grid solar system. There inverters draw DC power from solar battery & solar panel and convert into usable AC power.

Of grid solar inverter working diagram

These systems place where no electricity is available such as in rural areas, off grid inverter based system is independent system. The major benefit is that power outages and other technical issues that the utility grid faces will no longer be effective, as you have your own independent power system.

Off Grid Solar Inverter Price

Off grid solar inverter price list for MPPT solar inverters. PWM (old technology) solar prices are less compare to MPPT.

Inverter ModelkW ratingSelling price

1kW Off grid solar inverter1 kW 1PRs. 19000

2kW Off grid solar inverter2 kW 1PRs. 25000

3kW Off grid solar inverter3 kW 1PRs. 30000

5kW Off grid solar inverter5 kW 1PRs. 45000

6kW Off grid solar inverter6 kW 1PRs. 75000

10kW Off grid solar inverter10 kW 1PRs. 90000

Warranty: Off grid solar inverter has 2 years warranty

Brands in Off Solar Inverter

Luminous Solar Panel, System, Inverter, Battery & All Product Price

Patanjali solar panel, inverter, battery & all products price

Sukam Solar Inverter, Panel, Battery & Product Price List

Microtek Solar Inverter, Battery, Panel & System Price

Havells Solar Panel, Inverter and Solar System Price

Pros & Cons of Off Grid SolarPros – Advantage

Stand alone inverter and system.

Work even without grid/electricity.

No dependency on govt. electricity.

Peace of mind with battery backup.

Cons – Disadvantage

Load limitation

Cannot export the electricity to grid.

Costly compare to on grid solar.

Hybrid Solar Inverter

Hybrid inverter is the combination of on grid and off grid solar inverter. This inverter manage solar panel arrays battery storage and utility grid at the same time. These modern all-in-one inverter are generally highly versatile and can be used for grid-tie, stand-alone or backup applications.

Hybrid solar inverter working diagram

Hybrid Solar Inverter Price

Hybrid solar inverter price list for transformer based solar inverters, transformer less solar inverter can be less in price.

Hybrid Inverter ModelkW ratingSelling price

3kW Hybrid solar inverter3 kW 1PRs. 75000

5kW Hybrid solar inverter5 kW 1PRs. 78500

6kW Hybrid solar inverter6 kW 1PRs. 83500

10kW Hybrid solar inverter10 kW 1PRs. 178500

10kW Hybrid solar inverter10kW 3PRs. 239000

Warranty: All hybrid solar inverters are warranted for 5 years.

Brands in Hybrid Solar Inverter

Consul Neowatt Solar Inverter

Statcon Energiaa Solar Inverter

Solax Solar Inverter

Powerone Solar Inverter

Flin Energy Solar Inverter

Pros & Cons of Hybrid SolarPros – Advantage

Stand alone system.

Can work without grid.

Store electricity to batteries.

Peace of mind with electricity backup.

Export excess electricity to Govt. grid.

Cons – Disadvantage

Expensive compare to on grid and off grid solar.

Limitation of load.