#Solar Credit Incentive Virginia

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Find out how much you could save with solar energy grants in Virginia and estimate when you'll start receiving SRECs. Contact us at (720) 263-7364

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Which are Worst and Best Places in USA for Solar Energy in 2024

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Which are Worst and Best Places in USA for Solar Energy in 2024

California, North Carolina, and New Jersey are the best places in USA for solar energy. However, states such as West Virginia and Kentucky have low solar potential, while other states lie somewhere in between. With climate change posing a threat to our planet, there is an urgency to transition to renewable forms of energy like solar energy. In fact, in the past year (2023), there has been a 30% increase in solar panel adoptions.

If you are also planning to establish solar farms or pursue solar-related projects, understanding about best, and worst states and the factors affecting them is very important. So, what part of the US is best for solar panels? Why do some states in the USA produce more solar energy while others don’t?

The answer is hidden in many factors affecting solar energy adoption, such as the availability of sunlight, government regulatory policies, and the infrastructure needed for solar energy production and distribution.

In this handy guide, we will tell you about the worst and best places in USA for solar energy solutions and discover challenges faced by the other regions. Let’s start with a list of the best states.

10 Best Places in USA for Solar Energy:

1. California

Being the leader in the production of solar energy in the United States, California is blessed with abundant sunshine as well as favorable laws to support the development of solar. It contains more solar farms than any other state and produces some serious solar power. The state has been aggressive in its goals for renewable energy, so solar investments can find no better place than there.

2. North Carolina

North Carolina surprised many as it appeared to be a leading producer of solar energy. It, too, enjoys several sunny days, as well as tax credits and incentives which make solar energy more attractive. North Carolina was ranked fourth in the country regarding installed solar capacity through the end of 2021; it is evidence of its pursuit of clean energy.

3. New Jersey

New Jersey is one of the stronger players in the solar energy scene, mainly through rooftop home installations. The state has numerous programs and initiatives that encourage solar energy, from commercial projects to others. This has helped the state take the lead in the amount of capacity built in the setup for solar energy.

4. Colorado

With over 300 sunny days a year, Colorado is one of the sunniest states in the nation making it one of the best places in USA for solar energy production. The mild climate is well suited for solar energy and permits the running of solar panels with maximum efficiency. Ideal policies for the growth of solar installations are also hosted in the state, making it an attractive place for solar development.

5. Nevada

Nevada ranks the second state in the country in the largest solar farms behind California. The state boasts sufficient sunlight and available acreage for installations. Though Nevada has faced some problems of local opposition, the state still retains considerable opportunities for growth in solar energy.

6. Florida

Known as the Sunshine State, Florida has generally warm temperatures averaging about 72°F throughout the year, which reflects a perfect circumstance for using solar energy. There is plenty of sunshine, limitless commitment to renewable energy, and even a good share of work on land; these all make Florida a promising location for solar development.

7. Arizona

Arizona is one of the sunniest and best states in USA for solar energy production. Although some places get really hot, it is milder in most areas, so it can use solar energy well. The state has already produced some solar energy and has already been providing their neighboring California.

8. New Mexico

New Mexico is said to have many sunny days; hence, New Mexico is a good place from which solar energy can be generated. The state is aggressively building up capacity in the area of the solar sector. It is also interested in promoting renewable energy as part of its energy policy.

9. Texas

Texas is a gigantic potential state for solar energy, and it heads the list in terms of the extent of the capacity for solar power. Even though the state has not made significant strides in the adoption of solar energy up to now because of insufficient regulatory clarity, the state has already begun investing significantly more in solar projects. As a result of its huge expanse of land spaces with sunny climates, Texas can broadly extend its solar energy production.

10. Massachusetts

Massachusetts has maintained some of the most robust policies that enhance support for solar panel installation, especially for residential systems. The state has invested a lot of itself in the implementation of solar projects and continues to promote clean energy initiatives, hence becoming the leader on the East Coast on solar energy.

Worst Places in USA for Solar Energy

1. West Virginia

Normally, West Virginia happens to be one of the least favorable states in USA for solar energy. There is very little sunlight on the ground, and mountainous areas make it challenging to find suitable sites for creating solar farms. Moreover, the state historically relied mostly on coal, so there are fewer incentives for renewable energy development.

2. Kentucky

Similar to West Virginia, Kentucky holds low potential in USA for solar energy due to heavy cloud cover and mountainous regions. Though new solar initiatives are on the horizon, a lack of aggressive state policies and incentives spells doom for solar projects.

3. Alaska

Even with the penetration of some sunlight throughout the summer seasons, very long winters and extreme colds can interfere with the generation of solar energy in the Alaska state of the USA. It becomes even more difficult to develop solar in the state due to remote places and high costs of installation.

4. North Dakota

North Dakota has very severe winters, and the sun exposure is lessened by the shorter days, which makes it somewhat challenging for the solar panels to be exposed to enough sunlight. For a long time, the energy policies of this state are predominantly based on fossil fuels. So it is quite tough for solar projects to have a proper launch in

5. South Dakota

Just like its northern counterpart, South Dakota receives fewer hours of sunshine than other states in USA. More so, the state presents challenges in energy policy that have not made adequate provisions for the development of renewable sources, making it the least attractive for investments in solar energy.

Factors Affecting Solar Energy Production in USA States

Availability of Sunlight: Sunlight hours and intensity are critical for energy production from solar panels. States with sunshine and many daylight hours can produce more electricity from their solar farms.

For example, California and Arizona have lots of sunny days in a year; thus, these states enjoy more sunlight throughout the day, and their solar farms are generally at their peak. Conversely, areas that are often cloudy or have less daylight hours like the Pacific Northwest face problems in producing electricity from solar energy.

State Policies and Incentives: Favorable regulations and state incentives are the main reasons for building solar energy development. Tax credits, rebates, and net metering policies encourage individuals and businesses to get solar installations in their residences and companies.

For instance, New Jersey and North Carolina enforce robust policies that enhance growth in the development of solar hence becoming favorable states for developers. In states that have less favorable policies, projects that may occur in the future might encounter problems from authorities, which will delay growth in such states.

Geographical and Environmental Factors: The temperature is another important factor because solar panels operate more effectively within a limited range of temperature levels. High temperatures reduce the efficiency of the solar panels. Moreover, land should be good, clear, and not obstructed, as seen in forests, or any building structures that could be favorable to solar farms.

Also, proximity to power grids is critical, which also makes it easy to transfer solar installations from that source to the electricity network. There is a high tendency of successful implementation of solar energy projects in states that have good infrastructure in place.

What to Do If You Are in a State with Low Solar Potential

Explore Incentives for Solar Adoption: Even if your state is not one of high solar potential, there may still be federal and local incentives that can make the buy-in to solar easier on your wallet. Research tax credits, rebates, and grants that will help to reduce the cost of solar panel installment. The federal solar tax credit can be an expense reducer, making solar energy more accessible even to states less favorable.

Consider Community Solar Projects: Another fantastic option available for the states in the USA for solar energy production is community solar projects. Community solar programs enable residents to acquire equity in a community solar energy system, often located elsewhere in the community. By participating in such projects, you are in a position to reap solar energy while still getting electricity at sometimes discounted rates without having to install panels on your property.

Advocate for Policy Change: Campaign for changes in policies, and you may have the ability to foster more solar energy within your state. Try to engage your local representatives towards policies that support the development of solar, such as renewable energy standards or incentives placed upon solar installations. Increased awareness and lobbying favorably for such regulations can help build a more hospitable community for the most affordable source of solar energy.

Future of USA in Solar Energy Production

As we progress toward a more sustainable tomorrow, solar energy will continue to be an important point of conversation and the potential existing in this world. California takes lead in solar development because its conditions are rather favorable; West Virginia is struggling to develop this resource in the proper way.

The key takeaways of this handy guide:

— > California tops the list of best states in USA for solar energy production due to enough sunshine hours and having favorable regulations.

— > West Virginia is the worst state in USA for solar energy production.

— > Community solar projects could enable residents in states of low-potential realization to benefit from solar energy.

Ready to harness the power of solar energy for your home or business? At SunLead, we provide accurate quotes, expert marketing guidance, and solutions for your solar business!

Also Read About:

Types of Solar Panels

Future of Solar Energy in USA

Solar AI: A New Era of Efficiency

[renewenergy123]

Finding The Right Solar System Provider In Va: A Homeowner's Guide

The move towards renewable energy systems is accelerating, particularly in Virginia, where residential properties are increasingly adopting solar power. This shift not only aligns with global sustainability goals but also offers significant financial benefits to homeowners. This guide aims to help Virginia residents navigate the options available for residential solar energy installation, ensuring they make an informed choice that suits their energy needs and budget.

Understanding the Solar Market in Virginia

Virginia's solar market has seen substantial growth due to supportive state policies and an increasing awareness of environmental issues. The state is committed to expanding its solar capacity, which has led to a competitive market with numerous providers offering a range of solar solutions. This environment provides homeowners with various choices but also requires careful navigation to identify the most reliable and efficient solar providers.

Key Facts to Consider When Choosing a Solar Provider

Selecting the right solar provider is crucial. Homeowners should consider the provider's reputation, experience, and the quality of the products they offer. It's advisable to check for certifications and to review customer testimonials. Additionally, the responsiveness of their customer service and the warranty terms for equipment and installation are essential factors that can influence your decision.

Financial Considerations: Incentives and Returns on Investment

Investing in residential solar energy systems involves understanding the financial aspects, including costs, incentives, and potential savings. Virginia offers various state incentives that can reduce the initial cost of solar installation. Federal tax credits and local rebates can also enhance the financial returns on investment. Homeowners should conduct a cost-benefit analysis to understand the breakeven point and long-term savings.

The Future of Solar Energy in Virginia: Trends and Predictions

The future of solar energy in Virginia looks promising. With advancements in solar technology and increasing government support, the efficiency of solar panels continues to improve while costs are expected to decrease. This trend suggests that solar energy will become an even more attractive option for homeowners in the coming years.

Choosing the Right Provider in VA

When it is about selecting a solar provider in Virginia, Renew Energy, Inc stands out as a trusted and reliable partner. Specializing in residential solar systems, Renew Energy provides innovative solutions that cater particularly to the needs of Virginia homeowners. Here's what you can expect from Renew Energy:

Top Quality Solar Panels: Utilizing only the best materials, Renew Energy ensures maximum efficiency and durability of your solar setup.

Expert Consultation: Their team of experts will guide you through the process, from the initial energy audit to the final installation, ensuring that all your specific needs are addressed.

Hassle-Free Installation: Renew Energy takes care of all aspects of installation, confirming a smooth and efficient setup with minimum disruption to your daily life.

Cost Benefits: With competitive pricing and thorough guidance on navigating financial incentives and rebates, Renew Energy ensures that your investment is cost-effective.

Choosing the right solar provider is more than just purchasing solar panels; it's about making a long-term investment in your home and the environment. With a reliable partner like Renew Energy, homeowners in Virginia can confidently transition to solar power, knowing they are in capable hands.

By carefully considering these factors and selecting a provider like Renew Energy, homeowners in Virginia can effectively harness solar energy, ensuring a sustainable and economically beneficial future.

[esgagile]

Advantages of LEED-Certified Structures

As an LEED Consultancy, "Leadership in Energy and Environmental Design" is an acronym that can be reduced to "LEED." The LEED certification program assesses how well-designed and built buildings are about the environment, considering things like making material selection, responsible land use, energy efficiency, water usage, air quality, and accessibility to public transit. These factors are considered in the process of evaluation. Currently, the most well-known example of its kind worldwide is the LEED certification program. Obtaining LEED certification is proof that environmentally responsible building practices have been used.  This can have a significant positive impact on the reputation of the building owner and the contractor that creates LEED-certified buildings.

Being an LEED Consultant, Buildings with a track record of completing LEED-certified structures can help builders establish a name for themselves as leaders in the construction industry. LEED certification may offer considerable financial and other rewards besides its PR benefits. As per the United States Green Building Council (USGBC), LEED-certified buildings have the advantage of having quicker lease-up rates and might be eligible for various perks, such as tax refunds and zoning exemptions. A rise in commercial construction enterprises operating in the industry is also encouraged by their continued maintenance of higher-than-average property values. Residential building businesses may benefit from LEED accreditation since it can increase the speed and price at which homes sell.

We are an LEED Consultancy, the builder of a house constructed in compliance with LEED criteria can be qualified for tax breaks. This is done so that the two kinds of residences in the same neighbourhood can be compared. Based on available data, a construction company can maintain profitability and productivity even during poor economic growth by using LEED. A LEED certification has advantages for the bottom line, the environment, and public health. These advantages include tax rebates, tenant recruitment, operating cost savings, lower energy use and carbon emissions, and achieving environmental, social, and governance (ESG) goals. These benefits are shown in the following chart.

One of the financial advantages of earning LEED certification is that it entitles a building to specific tax credits. Several states, including Maryland, New Mexico, New York, and Virginia, have implemented LEED (Leadership in Energy and Environmental Design) incentive programs to recognize and honour structures and communities that strive to live more sustainably. Find out more about the green incentives offered in your state by visiting the Database of State Incentives for Renewables & Efficiency (DSIRE). Another financial advantage of being LEED-certified is the building's ability to attract new tenants. One of the main objectives is to design a building that offers a healthy environment for all individuals who work, reside in, or visit the facility to obtain LEED certification.

As an expert LEED Consultant, A LEED certification has several health benefits, including improved indoor air quality. Buildings with the LEED certification have more natural light, improved air quality, and no potentially harmful chemicals in some paints and finishes. An improvement in the indoor air quality of your building may be especially beneficial to those who often come and have health issues like stress, depression, respiratory allergies, or asthma. Installing energy-efficient lights and appliances, more efficient waste management systems, water-saving faucets and toilets, solar or wind energy systems, air scrubbers, and other parts that can help reduce your building's overall carbon footprint should be your first step. Once the required modifications are made, you can apply online to become a LEED-certified professional.

[jcmarchi]

Bitcoin Could Support Renewable Energy Development - Technology Org

New Post has been published on https://thedigitalinsider.com/bitcoin-could-support-renewable-energy-development-technology-org/

Bitcoin Could Support Renewable Energy Development - Technology Org

Bitcoin mining is often perceived as environmentally damaging because it uses huge amounts of electricity to power its intensive computing needs, but what if the mining process could be used to mitigate climate change instead of accelerating it?

Bitcoins on a credit card – illustrative photo. Image credit: Dmytro Demidko via Unsplash, free license

A new study by Cornell researchers investigated planned renewable energy projects across the U.S.. It calculated each project’s potential to profit from bitcoin mining during the pre-commercial development phase when a wind or solar farm generates electricity but has not yet been integrated into the grid.

The findings suggest some developers could be recouping millions of dollars, which could be invested in future renewable energy projects.

The study, “From Mining to Mitigation: How Bitcoin Can Support Renewable Energy Development and Climate Action,” was published in the journal ACS Sustainable Chemistry & Engineering and is authored by doctoral student Apoorv Lal and Fengqi You, the Roxanne E. and Michael J. Zak Professor in Energy Systems Engineering. Jesse Zhu, distinguished professor from the Western University of Canada, also contributed to the research.

The analysis showed that Texas is the state with the highest potential, with 32 planned renewable projects that could generate combined profits of $47 million using bitcoin mining during precommercial operations.

The researchers determined that the Aktina Solar and Roseland Solar Projects in Texas – each with 250 megawatt capacities – were found to be the most profitable, generating a maximum profit of $3.23 million. The Western Trail Wind project, with a capacity of 367 megawatts, showed profitability of $2.65 million.

Projects in California produced the second highest amount of profits in the study, while Colorado, Illinois, Iowa, Nevada and Virginia had fewer installations but still show profitability.

“Profitability of a mining system hinges on periods of steady energy availability since renewable energy sources can vary significantly,” said You, a senior faculty fellow at the Cornell Atkinson Center for Sustainability. “Therefore, it is important to site the mining farm strategically to maximize productivity.”

As an example, You pointed to California, Colorado, Nevada and Virginia as states where solar installations were the only type of renewable energy project that proved profitable in generating bitcoin during the precommercial phase.

The researchers suggest several policy recommendations that could help improve the economic feasibility of renewable energy projects and reduce carbon emissions. One is to provide economic rewards for environmentally responsible cryptocurrency mining, such as carbon credits for avoided emissions.

“These rewards can act as an incentive for miners to adopt clean energy sources, which can lead to combined positive effects on climate change mitigation, improved renewable power capacity and additional profits during precommercial operation of wind or solar farms,” Lal said.

“We also recommend policies that encourage cryptocurrency-mining operations to return some of their profits back into infrastructure development. This would help create a self-sustaining cycle for renewable energy expansion.”

While other aspects of cryptocurrency mining still have environmental costs, such as metal depletion and hardware that becomes obsolete within a few years, the researchers said the results indicate that there are ways to mitigate some of the environmental costs of cryptocurrency mining and foster investments in renewable energy.

Source: Cornell University

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What you should know before purchasing solar panels

Maine Solar specializes in off-grid power system sizing, system design, and sales. Expertise and honesty in solar energy for over 55 years.

Which solar company has the best reputation?

The Best Companies in 2023 to Install Solar Panels

SolarPower

Solar by Sunpro

Solar Blue Raven

Momentum Energy

Solar Palmetto

Solar Trinity

Tesla.

When you hear the Beatles' "Here Comes the Sun," you should be as happy about installing solar panels as they are about the song. They can make you feel better about the future and help you save money on energy costs.

Do-it-yourself solar panel installation is not particularly simple. However, we suggest looking through our list of the Top 2023 Solar Panel Installation Companies.

Is there a solar tax credit in Maine?

Maine, like every other state, is eligible for the 26% federal solar tax credit for new solar panel systems. Your annual income tax credit includes this credit.

Is Maine Community Solar a real company?

Yes, Nexamp is a real business. If you join a community solar company, you can save money on your electricity bill. WHAT WE KNOW: Customers can check for themselves on the PUC website, which requires community solar companies to register with.

Is Maine an ideal location for solar power?

Solar is a great option for the majority of homeowners in the area because Mainers use significantly less electricity than the majority of people in the United States, but they pay significantly more per kWh.

What is the biggest drawback of using solar energy?

Cons include the need for a significant amount of land, the fact that it only generates energy when the sun is shining, and the requirement of rare materials for certain solar technologies.

How can I tell if I'm getting a good solar deal?

Check your region's average costs for solar panels.

Choose brands of solar panels that are dependable only.

Examine customer ratings of the solar equipment.

Check the solar installer's track record.

Investigate financing options for home solar.

Determine your anticipated savings.

Know how tax credits and incentives for solar power work.

What are community solar's drawbacks?

Cons of the Subscription Model of Community Solar:

Solar does not offer any tax advantages to you. You lack possessions. There will be expenses for administration. Community solar isn't always available.

Which state has the best incentives for solar power?

The most robust state-level solar incentives are provided by New Mexico, Iowa, and Texas; In these states, solar owners could save 40% or more on their initial costs. A rate of return of 14.6% could be expected from solar panel owners on average.

What are the two primary drawbacks of using solar energy?

Disadvantages:

Requires a lot of space because efficiency isn't 100% yet;

High initial costs for material and installation;

Long ROI (however, the cost of solar is becoming more and more affordable every day as the cost of solar has decreased over the past ten years).

Because there is no nighttime solar power, a substantial battery bank is required.

Which states discourage the use of solar panels?

North Dakota is one of the five worst states for solar in 2021. North Dakota is the worst state in the United States for solar energy, being a Midwestern state dominated by the Great Plains.

The Dakotas When it comes to solar power, South Dakota only slightly outperforms its

   northern neighbor.

West Virginia

Anchorage

Kentucky

[solarbeee]

Questions to Ask Yourself Before Investing in a Residential Solar System

Having aresidential solar systeminstalled on your property is an excellent way to make a positive contribution to the environment. However, there are many questions you need to ask yourself before deciding to purchase a solar system for your home.

Payback period

Whether you're thinking of investing in a residential solar system, it's important to calculate how long it will take for you to recoup your costs. This is a complicated calculation that incorporates many factors. You'll need to calculate the cost of the system, including installation and incentives, and figure out how much electricity you're currently using. You'll also need to account for local weather conditions, as well as other factors such as the cost of electricity.

Depending on the location you live, your payback period will vary. In sunny climates, the payback period of a solar panel will be shorter. For example, in the state of Virginia, you can expect a payback period of about twelve years. However, many states offer longer payback periods, including Louisiana, Massachusetts, and Hawaii.

To calculate your payback period, you'll need to find out the average cost of electricity in your area. This can be done by logging into your utility company's account. You'll also want to calculate the number of kWh of electricity you used over the last twelve months. Then, you can subtract this number from the cost of the system to determine your payback period.

Grid-tied vs off-grid

Choosing between a grid-tied or an off-grid residential solar system is a decision that many homeowners are faced with. The decision depends on the individual's needs and the local conditions. The type of system you choose will affect the total cost. It's important to research your options before making a decision.

Grid-tied solar systems are the most common option. They are less expensive to install and maintain. They are also the easiest to integrate into your home. However, they don't produce energy when the grid is not working.

Off-grid solar systems have become more popular in recent years. These systems work by storing excess energy in batteries. In the event of a blackout, a battery backup system will provide power to critical appliances. This is especially useful in climates prone to tornadoes, hurricanes, or other natural disasters.

The biggest difference between a grid-tied and an off-grid solar system is where the energy is stored. A grid-tied system sends the energy back to the grid, whereas an off-grid system does not.

Tax credits

Investing in a residential solar system can be an excellent way to help the environment, save money, and eliminate high electricity bills. However, if you're not ready to invest right away, there are several tax credits forresidential solar systemsto consider.

The federal government offers a tax credit that can cover 30 percent of the cost of a solar system. However, there are also tax incentives offered by state governments. These rebates can lower the cost of solar by 10 to 20 percent. Some states do not include solar systems in property tax assessments.

Another tax credit available to homeowners is the Investment Tax Credit. This tax credit is claimed by investors in residential, utility, and commercial projects. It is claimed by commercial investors under Section 48, and by residential investors under Section 25D.

The Investment Tax Credit is a 30 percent federal tax credit. The credit can be used to pay for the cost of solar systems, but it cannot be used to lower tax liability to zero.

Battery backup

Getting a battery backup for your residential solar system is a great way to prepare for power outages. This type of system is not only useful to protect your home from outages, but it can also save you money on your energy bills.

The first thing you should do is determine how much electricity you use. You can do this by using a worksheet at your local hardware store. The worksheet includes information on wattage, voltage, and power buffers. These parameters will help you determine whether your system can handle your power needs.

The power needs of your home may vary, but a good rule of thumb is to ensure that you have more electricity stored than you use. This will help you to avoid a blackout and keep your air conditioning running during an outage.

Another important thing to consider is the cost of electricity. Typically, the cost of electricity rises each year. This is mainly due to the high demand for electricity during the evening hours. You may want to opt for a Time of Use (TOU) plan. These plans will charge you less during certain times of the day.

[rjzimmerman]

Excerpt from this New York Times story:

To Mr. Biden, a $2 trillion infrastructure plan is about creating union jobs, hundreds of thousands of them, in wind and solar power, electric cars and road- and bridge-building. Even those more basic infrastructure projects would have a climate angle: the new roads and bridges would be built to withstand the high waters and brutal storms of a changing climate.

In Michigan, a state critical to the president’s political future, autoworkers know it takes fewer of them to build an electric car. Senator Joe Manchin III, the West Virginia Democrat whose vote could again decide the package’s fate, understands coal miners in his state would earn considerably less putting up wind turbines.

And in Pennsylvania, which put Mr. Biden over the top in November, and then hosted his speech on Wednesday, some union workers don’t see how skills honed over decades in fossil fuel industries would translate in a clean-energy future.

Union leaders — some of whom switched from supporting Mr. Trump in 2016 to Mr. Biden in 2020 — say that for now, they will work with him to realize his vision of conquering climate change, even as it transforms their workplaces.

No industry may have more to gain — or lose — from Mr. Biden’s climate plan than America’s automakers, which currently employ about a million workers. The president’s infrastructure plan proposes $174 billion to encourage the manufacture and purchase of electric cars, which today make up just 2 percent of the vehicles on America’s highways.

He envisions a not-too-distant future in which nearly half of the middle class drives affordable union-made cars, trucks and sport utility vehicles that produce zero fossil-fuel pollution, powered by millions of electric vehicle charging stations, all jump-started by his stimulus spending.

From a climate perspective, the plan makes sense. Fossil fuel emissions from vehicle tailpipes are the leading cause of planet-warming pollution in United States. Replacing gas-guzzlers on the road with electric vehicles could be one of the most effective ways to lower the nation’s emissions.

From a job-creation perspective, it’s more complicated. On the one hand, it takes about one-third fewer workers to build an electric car than a car with an internal combustion engine. On the other, the plan could make Detroit more competitive and increase its share of the global automobile market.

Mr. Biden’s proposed solution is to lure the electric-battery industry, and its supply chain, to the United States from China and elsewhere in Asia, with a mix of manufacturing tax credits and other incentives. If it works, the next two years would see new electric vehicle battery and assembly plants sprouting up across the country. If it fails, Mr. Biden could face harsh political repercussions.

[spaceexp]

NASA Awards Northrop Grumman Artemis Contract for Gateway Crew Cabin

International Lunar Gateway patch. June 6, 2020 NASA has finalized the contract for the initial crew module of the agency’s Gateway lunar orbiting outpost.

Image above: Artist's concept of the Gateway power and propulsion and Habitation and Logistics Outpost, or HALO, in orbit around the Moon. Image Credit: NASA. Orbital Science Corporation of Dulles, Virginia, a wholly owned subsidiary of Northrop Grumman Space, has been awarded $187 million to design the habitation and logistics outpost (HALO) for the Gateway, which is part of NASA’s Artemis program and will help the agency build a sustainable presence at the Moon. This award funds HALO’s design through its preliminary design review, expected by the end of 2020. “This contract award is another significant milestone in our plan to build robust and sustainable lunar operations,” said NASA Administrator Jim Bridenstine. “The Gateway is a key component of NASA’s long-term Artemis architecture and the HALO capability furthers our plans for human exploration at the Moon in preparation for future human missions to Mars.” The HALO will be the pressurized living quarters where astronauts will spend their time while visiting the Gateway. About the size of a small studio apartment, it will provide augmented life support in tandem with NASA’s Orion spacecraft. The preliminary design review is one of a series of checkpoints in the design life cycle of a complex engineering project before hardware manufacturing can begin. As the review process progresses, details of the vehicle’s design are assessed to ensure the overall system is safe and reliable for flight and meets all NASA mission requirements. This cost plus incentive fee contract allows Northrop Grumman to finalize the design of all systems and subsystems. It also provides for the company to award initial subcontracts for long-lead hardware elements. A second contract action is expected to be definitized by the end of the year for Northrop Grumman to fabricate and assemble HALO for integration with the Gateway’s power and propulsion element (PPE) by the end of 2023. These first two elements of the Gateway – HALO and PPE – will launch together in 2023. This is a recent update to the agency’s plans to build a sustainable presence at the Moon as part of the Artemis program. The decision to integrate the elements on the ground prior to launch – an outcome of the agency’s program status assessment – reduces both cost and technical risks while enhancing the likelihood of mission success by eliminating the need for the two elements to dock in the orbit around the Moon where the Gateway will operate. “We’re making significant progress on these first two elements, including incorporation of components from ESA (European Space Agency), the Canadian Space Agency, the Japan Aerospace Exploration Agency, and payloads from our research communities,” said Dan Hartman, Gateway program manager at NASA’s Johnson Space Center in Houston. “The new plan to integrate the two elements of Gateway demonstrates the capabilities of the agency and our partners to be flexible and reassess plans as needed. By launching the elements together, we’re able to significantly reduce Gateway’s risk profile and increase cost effectiveness.”

Lunar Gateway. Animation Credit: ESA

The PPE, being designed and built by Maxar Technologies, is equipped with high-power, 60-kilowatt solar electric propulsion. In addition to providing power and communications, its substantial maneuvering capabilities will allow the Gateway to change orbits and enable crews to reach any part of the Moon’s surface. Northrop Grumman’s habitation module, developed through NASA’s NextSTEP initiative, is based on its Cygnus spacecraft currently being used to deliver cargo to the International Space Station. The company’s existing production capability and manufacturing assets allow it to build the HALO with limited schedule risk. NASA’s Launch Services Program will select a launch provider for PPE and HALO by late fall 2020. Charged with returning to the Moon in the next four years, NASA’s Artemis program  will reveal new knowledge about the Moon, Earth, and our origins in the solar system. The Gateway is a vital part of NASA’s deep space exploration plans, along with the Space Launch System (SLS) rocket, Orion spacecraft, and the human landing system that will carry astronauts to the surface of the Moon in preparation for NASA to sending humans on a historic first journey to Mars. For more information about NASA’s Gateway program, visit: https://www.nasa.gov/in-lunar-orbit Related links: Maxar Technologies: https://www.nasa.gov/press-release/nasa-awards-artemis-contract-for-lunar-gateway-power-propulsion/ Artemis program: http://www.nasa.gov/artemis Space Launch System (SLS): https://www.nasa.gov/exploration/systems/sls/index.html Orion: https://www.nasa.gov/exploration/systems/orion/index.html Moon to Mars: https://www.nasa.gov/topics/moon-to-mars/ Image (mentioned), Animation (mentioned), Text, Credits: NASA/Katherine Brown/Gina Anderson/JSC/Isidro Reyna/Rachel Kraft. Greetings, Orbiter.ch Full article

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Solar System Costs

Solar Power For Homes Cost

Table of ContentsSolar Panels PriceHow Much Do Solar Panels Cost To Install?You Can Qualify For Free Home Solar PanelsHow Much Is Solar PanelsSolar Panel Costs Per Square FootCost Of Solar PanelsCost Of A Solar PanelsSolar Panels Installation Cost - 2021 PricesCost Of Solar InstallationsSolar Calculator: How Much Do Solar Panels Cost?How Many Solar Panels Does It Take To Power A HouseSolar Systems CostSolar Panel Cost EstimateCost Of Solar PanelsSolar Systems CostCost Of Solar Panels For Average HomeSolar Systems PricingPrice For Solar PanelsSolar Panels For House Cost

Solar Power: How To Compare Costs And Benefits

7 kW and the average system cost per watt is $2. 73, the typical expense of an installed domestic planetary system is $15,561 prior to the tax credit and around $11,515 after the 26% solar tax credit. Nevertheless, it ought to be born in mind that there are a lot of really competitive zero-down solar loans available now therefore many people can get a system with regular monthly payments less than their energy costs cost savings.

Your house and its characteristics will also affect the cost you will face going solar and the very best method to get a precise price quote is to go into the details of your home, like your energy use, into the photovoltaic panels calculator to get an online solar cost and cost savings quote (home solar panel cost).

Solar Panel Roof Costs

SolarReviews is the biggest reviews website for the United States property solar industry. You can visit our photovoltaic panel examines pages to find both customer and expert evaluations of photovoltaic panel makers and likewise our solar panel installation evaluates pages to discover customer reviews of solar panel installers near you.

You've most likely heard about how solar power can reduce your electrical energy costs, but? The most convenient method to determine the average cost of photovoltaic panels is to look at its rate in dollars per watt ($/ W), which is relatively constant throughout the United States. The expense of solar panels in 2021 is (for a 10 kW system)The cost of solar has tipped over the past 5 yearsThe finest method to get a fair price for solar is by comparing quotes on the EnergySage MarketplaceWhat variety of expenses should you expect to see in quotes for a solar panel system? Photovoltaic panel expenses for an installation in the U.S - how much is solar.

How Much Does It Cost To Install Solar Panels?

Knowing the average expense per watt is valuable, however what does $2 - solar prices. 81/watt really mean for you? The expense of setting up solar for your house or organization depends on how much electricity you want to produce a bigger system will cost more since you'll need to buy more equipment and more labor will be required to install it.

Some states, city governments, and utilities also provide rebates and other tax incentives that can even more minimize the planetary system costs in your quotes from solar installers. However, to actually comprehend what a single solar panel will cost and what a complete solar system will cost for your home, it is necessary to compare estimate to homeowners in your area overall costs can differ depending upon the state that you reside in.

Cost Of A Solar Panels

Here are some crucial points to remember: As fascinating as it is to take a look at the average photovoltaic panel cost in the United States, it's also very useful to comprehend what solar will cost in each state. Costs can differ substantially depending upon where you live. A variety of factors impact this variation among the most prominent is the expense of electrical power.

Take a look at the graphic below, which contains average expense per watt rates by state from 2021. Varying expenses per watt indicates that the overall installation cost of photovoltaic panels also varies state to state. EnergySage analyzed quote information from the EnergySage Solar Marketplace to develop a variety of solar panel system prices for different states: StateCost per watt ($/ W)Solar panel expense range (6 kW system)Solar panel expense range (10 kW system)Arizona$2.

The Cost Of Solar Panels

81$14,460 $19,260$24,100 $32,100 Colorado$3. 16$16,740 $21,180$27,900 $35,300 Connecticut$2. 81$15,240 $18,480$25,400 $30,800 Washington D.C.$3. 37$15,600 $24,840$26,000 $41,400 Delaware$2. 44$12,540 $16,740$20,900 $27,900 Florida$2. 55$13,380 $17,220$22,300 $28,700 Georgia$2. 98$16,020 $19,740$26,700 $32,900 Iowa$3. 32$19,440 $20,400$32,400 $34,000 Idaho$3. 24$14,400 $24,480$24,000 $40,800 Illinois$3. 05$16,500 $20,100$27,500 $33,500 Indiana$2. 82$14,760 $19,080$24,600 $31,800 Louisiana$3. 01$16,020 $20,100$26,700 $33,500 Massachusetts$2. 99$16,020 $19,860$26,700 $33,100 Maryland$2. 96$15,180 $20,340$25,300 $33,900 Maine$2. 68$14,760 $17,400$24,600 $29,000 Michigan$3. 01$15,540 $20,580$25,900 $34,300 Minnesota$3. 10$16,860 $20,340$28,100 $33,900 Montana$2.

69$13,800 $18,480$23,000 $30,800 New Hampshire$3. 11$16,860 $20,460$28,100 $34,100 New Jersey$2. 48$12,780 $16,980$21,300 $28,300 New Mexico$2. 97$14,760 $20,880$24,600 $34,800 Nevada$2. 31$12,420 $15,300$20,700 $25,500 New york city$3. 12$16,380 $21,060$27,300 $35,100 Ohio$2. 67$14,580 $17,460$24,300 $29,100 Oregon$2. 80$14,760 $18,840$24,600 $31,400 Pennsylvania$2. 85$14,640 $19,560$24,400 $32,600 Rhode Island$3. 00$15,780 $20,220$26,300 $33,700 South Carolina$3. 00$16,380 $19,620$27,300 $32,700 Texas$2. 76$14,280 $18,840$23,800 $31,400 Utah$2. 64$13,800 $17,880$23,000 $29,800 Virginia$2. 92$15,540 $19,500$25,900 $32,500 Vermont$2. 81$12,900 $20,820$21,500 $34,700 Washington$2.

Solar Panel Cost Per Watt Chart

05$16,800 $19,800$28,000 $33,000 Keep in mind, while bigger solar energy systems may cost more, they also ought to result in more savings. If you require to set up https://en.wikipedia.org/wiki/?search=solar power a 10kW solar energy system to cover all of your electrical power usage, you may need to pay more expense, but you'll be cutting a significant regular monthly expenditure your energy costs and saving more cash as an outcome.

The greatest takeaway from this data isn't that some states are "much better" than others when it concerns solar rates: it's that photovoltaic panel cost is low and budget-friendly across the board. Practically each and every single state falls within a $0. 50 cent margin of the $2. 81 per watt nationwide average.

Solar Panel Cost Per Watt Chart

for installed solar capability are greater than the nationwide average for expense per watt (including the country's leader for set up solar capability, California) - photovoltaic panel price. Plainly, solar isn't only worth it in the areas of the United States where expenses are incredibly low there is a healthy trend of adoption across the states without direct connection to lowest expense per watt.

The following table was used data from the EnergySage Solar Market and tracks the typical expense of 6kw and 10kw solar panel systems by the brand of solar panel utilized in the setup task. ManufacturerCost per wattPrice range (6kw system)Price range (10kw system)Axitex$2. 58$13,740 $17,220$22,900 $28,700 Boviet$2. 53$15,180 $15,180$25,300 $25,300 Canadian Solar Inc.$2.

Cost Of Installing Solar Panels

72$15,360 $17,280$25,600 $28,800 Hanwha SolarOne$2. 80$16,800 $16,800$28,000 $28,000 Heliene$2 - price of solar energy. 94$15,180 $20,100$25,300 $33,500 Hyundai$3. 02$14,880 $21,360$24,800 $35,600 JA Solar$3. 12$17,040 $20,400$28,400 $34,000 Jinko Solar$2. 84$14,760 $19,320$24,600 $32,200 KYOCERA Solar, Inc.$5. 00$30,000 $30,000$50,000 $50,000 LG Solar$2. 76$14,400 $18,720$24,000 $31,200 LONGi Solar$3. 00$15,600 $20,400$26,000 $34,000 Mission Solar Energy$2. 54$13,980 $16,500$23,300 $27,500 Panasonic$2. 84$14,880 $19,200$24,800 $32,000 Peimar Group$3. 00$15,780 $20,220$26,300 $33,700 Phono Solar$2. 93$16,380 $18,780$27,300 $31,300 Q CELLS$ 2.

91$14,640 $20,280$24,400 $33,800 Increased$2. 34$13,500 $14,580$22,500 $24,300S-Energy$3. 21$15,000 $23,520$25,000 $39,200 Silfab Solar$2. 79$14,520 $18,960$24,200 $31,600 Solaria$2. 80$14,820 $18,780$24,700 $31,300 SunPower Corporation$3. 30$18,480 $21,120$30,800 $35,200 Talesun Solar Co.$2. 76$14,220 $18,900$23,700 $31,500 Tesla$2. 74$14,940 $17,940$24,900 $29,900 Trina Solar$2. 93$15,960 $19,200$26,600 $32,000 Vikram Solar$3. 07$15,840 $21,000$26,400 $35,000 The price you pay for a solar panel brand name is reflective of panel quality to a degree.

Cost Of Solar Installations

Surprisingly, there aren't that lots of outliers when it pertains to brand name prices, and the majority of makers see normally comparable cost varieties. It is necessary to bear in mind that when comparing system rates based upon panel brand names utilized, there are a lot of aspects like installer experience, location, racking devices, inverter brand name, a more aside from simply panel maker that impact the last system price.

The basic answer is that it depends on the quantity of leverage a buyer has, the type of panel, and the size of the system. For example, because solar installers have direct relationships with suppliers and can purchase in bulk, they can often purchase photovoltaic panels at a rate much lower than the typical consumer.

Solar Calculator: How Much Do Solar Panels Cost?

75 per watt. For that reason, if the solar panel output is 250 https://solarpanelsdoro688.wordpress.com/2021/02/03/cost-of-installed-solar-panels/ watts, that single panel might cost you $187. 50. However, if a property owner is trying to buy one or 2 panels on their own for a small Do It Yourself task, they will likely pay closer to $1 per watt. That means the exact same solar panel could cost closer to $250.

85 per watt to $1. 25 per watt with output ranging from 150W to 350W for a normal photovoltaic panel (home solar cost). If those numbers appear low, keep in mind that an installation has added costs thanks to the inverters, solar batteries and other extra devices needed for a total solar energy system. In general, there's no question that the equipment will be significantly more affordable when working with a solar installer instead of searching for a deal online as a consumer.

How Much Solar Panel Cost

As you start to check out solar deals for your home, you'll see that there are pricing variations between installers what are the factors that comprise the cost of your solar power system?First,

[srecapplications]

Climate change brings with it the necessity of a change to renewable sources of energy. In this context, one of the alternatives that have been hailed as the next-generation source of power primarily due to its potential for viable alternative options in Virginia is solar energy.

[majeski-solar-news]

Net Metering Rules In MD, VA, And D.C. What Does It Mean?

If you’re a new customer in Maryland, Virginia, or D.C., you may be wondering what net metering is and how it affects your bill. In this post, we’ll go over the basics of net metering and how it applies to customers in our three states.

What Do I Need To Know About Net Metering

Overall, net metering is a net positive for both solar customers and the grid. It provides an incentive for customers to invest in renewable energy, and it also helps to promote energy independence. However, there are a few potential drawbacks to be aware of, such as the potential for higher energy costs for non-solar customers.

What Are Net Metering Rules?

Net metering rules are designed to encourage the use of renewable energy sources like solar panels by crediting customers for the electricity they produce. In Maryland, for example, customers with solar panels receive a credit on their bill for the electricity they generate. The credit is equal to the retail price of electricity, which means that customers with solar panels can effectively offset their energy costs. What are the benefits of net metering? There are a few key benefits of net metering. First, it helps to encourage the use of renewable energy sources, which is good for the environment. Second, it can save customers money on their energy bills. And third, it helps to promote energy independence by allowing customers to produce their own electricity. What are the drawbacks of net metering? While net metering is generally a positive thing, there are a few potential drawbacks to be aware of. First, it can result in higher energy costs for non-solar customers, as they effectively subsidize the credits received by solar customers. Second, net metering can create problems for utilities, as it can lead to a decrease in revenue. And third, there is the potential for abuse, as some customers may try to game the system by overproducing electricity.

General

.01 General.

A. Net Energy Metering. An electric company shall provide net metering of electric service to eligible customer-generators using a meter capable of net energy metering until the rated generating capacity of all eligible customer-generators in the State reaches 1,500 megawatts.

B. Maximum Size of Electric Generating System — Net Metering. An electric company may not provide net energy metering to an eligible customer-generator operating an electric generating system that has a rated capacity of more than two megawatts.

C. Micro Combined Heat and Power Electric Generating System. An electric company may not provide net energy metering to an eligible customer-generator operating a micro combined heat and power electric generating system that has a rated capacity of more than 30 kilowatts.

D. Qualifying for Net Energy Metering.

(1) In order to initially qualify for net energy metering:

(a) An eligible customer-generator shall comply with the provisions of COMAR 20.50.09; and

(b) The eligible customer-generator’s proposed electric generating system may not exceed 200 percent of the eligible customer-generator’s baseline annual usage.

(2) Upgraded Electric Generating Systems.

(a) When an eligible customer-generator receiving net energy metering proposes an upgrade to an existing electric generating system, an electric company shall re-evaluate the baseline annual usage to determine whether the electric generating system continues to meet the requirements of §D(1)(b) of this regulation.

(b) If the eligible customer-generator’s upgraded electric generating system does not meet the requirements of §D(1)(b) of this regulation, an electric company may discontinue net energy metering.

Source: http://www.dsd.state.md.us/comar/comarhtml/20/20.50.10.01.htm

Will I Need A Special Meter For Net Metering

If you’re planning on installing solar panels, you’ll need to have a special meter installed that can track the electricity you generate. This meter is known as a net meter, and it’s the key to how net metering works. How do I get started with net metering If you’re interested in net metering, the first step is to contact your utility company. They’ll be able to tell you if you’re eligible and provide you with more information on how it works.

Will My Solar Installer Provide A New Meter?

In most cases, your solar installer will handle the process of getting a new net meter installed. However, it’s always a good idea to check with your utility company to make sure that this is the case.

Net Metering Credits

One of the key benefits of net metering is that it can save customers money on their energy bills. This is because customers with solar panels receive a credit on their bill for the electricity they generate. The credit is equal to the retail price of electricity, which means that customers with solar panels can effectively offset their energy costs.

[renewenergy123]

Unlocking Solar Incentives in Virginia: Empowering the Sunshine State

In recent years, the state of Virginia has emerged as a promising frontier for renewable energy, particularly solar power. With a growing emphasis on sustainability and a shift towards clean energy solutions, the Commonwealth of Virginia has implemented several incentives to encourage residents and businesses to adopt solar technology. These incentives not only promote environmental stewardship but also offer financial benefits that make solar energy more accessible and affordable for everyone. In this blog post, we will explore the various solar incentives available in Virginia, focusing on how they contribute to the state's renewable energy goals and why now is the perfect time to invest in solar panels.

Understanding Solar Incentives in Virginia

Federal Solar Investment Tax Credit (ITC)

One of the most significant incentives driving solar adoption across the United States, including Virginia, is the Federal Solar Investment Tax Credit (ITC). This incentive allows homeowners and businesses to deduct a significant portion of the cost of installing a solar energy system from their federal taxes. As of the latest updates, the ITC provides a tax credit of 26% of the total system costs for installations completed in 2022. This credit is scheduled to decrease to 22% in 2023 and 10% for commercial installations thereafter, making 2022 an optimal year to take advantage of higher savings.

Virginia Solar Energy Rebate Program

To further bolster solar adoption at the state level, Virginia offers the Solar Energy Rebate Program. Administered by the Department of Mines, Minerals, and Energy (DMME), this rebate program provides financial incentives for residential and commercial solar installations. Rebates are awarded based on the system's size and are intended to offset upfront costs, making solar more affordable from the outset.

Net Metering

Net metering is another critical incentive that enhances the financial viability of solar installations in Virginia. Under net metering, solar system owners can offset their electricity bills by earning credits for the excess electricity they generate and feed back into the grid. This allows consumers to effectively reduce their utility costs and potentially earn credits that can be applied to future bills.

Solar Renewable Energy Certificates (SRECs)

In addition to direct financial incentives, Virginia participates in the market for Solar Renewable Energy Certificates (SRECs). These certificates represent the environmental benefits of generating electricity from solar energy and can be sold to utilities to meet their renewable energy requirements. By generating SRECs, solar system owners can generate additional revenue streams over time, enhancing the overall return on their solar investment.

Why Invest in Solar Panels in Virginia Now?

Economic Benefits

Investing in solar panels in Virginia offers a range of economic benefits. Beyond the immediate incentives like the Federal ITC and state rebates, solar energy helps stabilize energy costs over the long term. With rising energy prices and potential utility rate increases, solar power provides a hedge against future electricity expenses. Moreover, installing solar panels can increase the value of your property, making it a sound financial investment.

Environmental Impact

Virginia's commitment to renewable energy extends beyond financial incentives; it is also driven by environmental considerations. By harnessing solar energy, residents and businesses contribute to reducing greenhouse gas emissions and combating climate change. Solar power generation produces clean, renewable energy without emitting harmful pollutants, making it a sustainable choice for a cleaner environment and healthier communities.

Energy Independence and Resilience

Solar power enhances energy independence by diversifying Virginia's energy mix and reducing reliance on imported fossil fuels. In times of power outages or disruptions, solar panels paired with battery storage systems can provide critical backup power, ensuring continuity of essential services and enhancing community resilience.

How to Get Started with Solar in Virginia

Assess Your Solar Potential

Before investing in solar panels, it's essential to assess your property's solar potential. Factors such as roof orientation, shading, and available space will influence the feasibility and efficiency of your solar installation. Many solar providers offer free consultations and assessments to help homeowners and businesses understand their solar potential and determine the best system size and configuration.

Choose a Qualified Solar Installer

Selecting a reputable and experienced solar installer is crucial to the success of your solar project. Qualified installers can help navigate the complexities of incentive programs, ensure compliance with local regulations, and maximize the performance and longevity of your solar energy system. Be sure to obtain multiple quotes, review customer testimonials, and verify credentials before making a decision.

Financing Options

Various financing options are available to make solar more accessible and affordable for Virginia residents and businesses. In addition to upfront purchase options, homeowners can explore solar loans, leases, or power purchase agreements (PPAs) that allow them to pay for solar installations over time while still benefiting from savings on their electricity bills.

Conclusion

As Virginia continues to embrace renewable energy solutions, solar power stands out as a cornerstone of its clean energy future. Through a combination of federal and state incentives, net metering policies, and environmental benefits, solar panels offer a compelling opportunity for homeowners and businesses alike to reduce energy costs, support sustainable practices, and contribute to a cleaner environment. Whether driven by financial savings, environmental stewardship, or energy independence, now is the time to explore the benefits of solar energy in Virginia.

By leveraging solar incentives and embracing solar technology, residents and businesses can join the movement towards a more sustainable and resilient energy landscape in the Commonwealth of Virginia. Take the first step towards solar empowerment today and unlock the full potential of clean, renewable energy for a brighter tomorrow.

[mrhenryharrell]

March 7 Green Energy News

Headline News:

“New York Has Already Moved Beyond Indian Point Nuclear Power; Here’s Where We’re Headed” • New York will have the replacement power it needs to replace Indian Point’s output once it closes, the New York Independent System Operator says. And it can be done with clean energy, transmission improvements, and energy efficiency. [Gotham Gazette]

Hudson River (Kevin P Coughlin | Office of Gov Andrew M Cuomo)

“Spreading Like Wildfire: An Interest In Making Electric Power Public” • Investigations show that mismanagement of PG&E made wildfires more likely and led to they utility’s bankruptcy. California’s legislators and community members are calling for a public takeover of the electric utility. Similar calls are happening in many parts of the US. [CleanTechnica]

“Senate Bill Would End Tax Credits For Renewables And EVs, But Boost Coal, Gas And Nukes” • The US Senate is likely to pass legislation that would fail to extend tax credits for renewable energy and electric vehicles but includes financial incentives for coal, natural gas, and nuclear power. It is the exact opposite of what’s needed. [Environmental Working Group]

“After Yearlong Delay, Work On Toyota’s Renewable Power Plant Can Resume At Long Beach Port” • A decision by the California Public Utilities Commission cleared the way for a new type of renewable power plant, including at the Port of Long Beach. Toyota and FuelCell Energy are to build a plant that converts biogas to hydrogen. [Long Beach Post]

“Virginia Mandates 100% Clean Power By 2050” • Virginia has become the latest state to pass a law that sets it on a path to 100% carbon-free electricity by 2050, as well as setting targets for massive investments in energy efficiency, energy storage, and in-state solar and wind power. Dominion Virginia will have be 100% renewable by 2045. [Greentech Media]

For more news, please visit geoharvey – Daily News about Energy and Climate Change.

March 7 Green Energy News posted first on Green Energy Times

[science-criticaltheory]

Election 2018: Clean Energy’s Future Could Rise or Fall with These Governor’s Races by Marianne Lavelle and Dan Gearino

Republicans currently hold 33 governorships and the power to block clean energy policies. As many as a third of those seats are considered toss-ups or are leaning Democratic in the upcoming election. Credit: Robert Nickelsberg/Getty Images

Governors have the power to set the agenda on renewable energy or throw up roadblocks to its progress. It's become an issue in several races this year.

Some of the most consequential elections for climate policy this fall could be the 36 governor's races, where a blue wave could position clean energy advocates as a significant counterforce against the Trump administration's fossil fuel agenda.

Republicans currently hold a near-record 33 governorships—a lock on power that has served as a brake on clean energy progress in some areas.

But the tide may be ready to turn. As many as a third of those seats are considered toss-ups or are leaning Democratic in the upcoming election, according to analysts like the Cook Political Report and University of Virginia political scientist Larry Sabato.

Several of the Democratic contenders have 100 percent clean energy commitments in their platforms, and many others support ambitious renewable portfolio standards, net-metering incentives and other climate policies.

The model for environmental advocates is New Jersey Gov. Phil Murphy, a Democrat elected last November who has reversed several of the policies of his Republican predecessor, Chris Christie. He reinstated New Jersey's membership in the Northeast's carbon cap-and-trade system known as the Regional Greenhouse Gas Initiative, and signed legislation to mandate that utilities obtain 50 percent of their electricity from renewable sources by 2030. With Murphy's first appointee, the state's Public Utility Commission now has a Democratic majority and a mandate to come up with a new program to incentivize rooftop solar.

"The most critical policies are set at the state level," said Adam Browning, executive director of Vote Solar. "When it comes to the renewable energy agenda, the future is very much on the ballot this November."

These are some of the ways state policies could change:

In Nevada, New Hampshire, New Mexico and Maine, the state legislatures passed renewable energy initiatives in the past year and a half that had bipartisan support—but were vetoed by GOP governors.

In 38 states, governors have the power to appoint members of public utility commissions—the regulatory bodies that make decisions affecting billions of dollars of energy infrastructure investment.

Many of the governors elected this fall will have a key role in the reshaping of Congressional districts after the 2020 census.  

Advocates and opponents of climate policies and clean energy have been pouring millions of dollars into the races.

"For the first time in a decade, we could have enough state legislatures to take proactive action on climate change and renewable energy," said Leslie Martes, state electoral campaigns director for the League of Conservation Voters, which is spending a record $25 million on state races this year—more than doubling its previous high mark set in 2016.

Freedom Partners Action Fund, one of the political vehicles of the petrochemical billionaire Koch brothers, is blasting the airwaves in Nevada to support GOP candidate Adam Laxalt and has deployed aggressive digital targeting techniques to bolster Republican Ron DeSantis in Florida.

Here are a few of the close gubernatorial races to watch for the future of clean energy policies:

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