[ad_1]

The Upper Kittitas County Senior Center has recently installed solar panels received through Puget Sound Energy’s Green Power solar grant, according to a news release.

The Upper Kittitas County Senior Center’s mission is to enhance the physical, emotional and economic well-being of seniors’ lives in Kittitas County; and serves as an emergency shelter. The senior center was one of five recipients of the grant. The 18 kilowatt solar project is expected to save the organization approximately $3,700 each year.

“We appreciate the Puget Sound Energy grant,” said Upper Kittitas County Senior Center President Susan Klein in the release. “It means a lot for our center and our community. Solar panels will help with our energy costs and will definitely be a plus for the center.”

Adam Crawford, PSE outreach coordinator, said “Places like the Upper Kittitas Senior Center need support and this is just another way that we continue to provide that support in this county.”

PSE has donated $350,000 to install solar panels at five organizations that are either food distribution centers or emergency warming shelters in their respective communities.

“Whether it’s providing food or emergency shelter, the organizations that were selected have a history of helping people in their communities, which is aligned with what’s important to PSE,” said Will Einstein, PSE director of Product Development and Growth in the release. “We’re excited that funding these solar projects will help reduce the energy costs for our recipients, so they can put more money towards supporting their core mission while helping to reduce their carbon footprint.”

The grants allow each organization to meet at least 10 percent of their load with solar energy. Not only will these organizations receive energy savings but eight years of renewable energy production incentive payments from the state.

Each organization also received grants for high-powered generators from the PSE Foundation.



[ad_2]

Source link

[ad_1]

Reading Time: 3 minutes

Solar power isn’t just for homes and businesses – with portable solar panels, you can use the power of the sun on the go. From portable solar panels and solar generators for RV trips to solar phone chargers, there are many kinds of moveable solar products on the market today.

What is portable solar?

Any solar panel that can be moved around and used for power away from your home can be considered “portable.” Most commonly, portable solar panels are used for backup power generation on camping and RV trips. These panels are smaller than typical rooftop or ground-mounted panels – standard panels usually produce between 250 and 400 watts of power per panel, while portable panels produce closer to 100 watts.

Solar chargers are another version of portable solar; they are smaller, easily transportable solar devices used for charging phones and other small electronics. Most solar phone chargers generate between 5 and 20 watts of power.

Because of their smaller size, some portable solar panels may come with unique features, such as a kickstand or foldable design that make for easier use on the go.

What are the best ways to use portable solar panels?

Portable solar panels are useful for some smaller solar projects, but won’t be able to provide enough power for your home. If you are interested in maximizing your electricity savings with a rooftop or ground-mounted solar energy system, the EnergySage Solar Marketplace is the best place to start getting quotes and comparing your options.

That being said, if you’re looking for a small amount of on-the-go solar power, portable panels are a solid option to consider. Here are some of the cases when portable solar panels might be right for you:

Portable solar panels for camping/RV trips

A portable solar panel setup is a great option for RV owners who spend long periods of time off-grid (known as boondocking or dry camping). With a few portable panels, you can recharge a solar generator whenever the sun is shining and use that energy to run some appliances while on a trip. Portable panels allow you to leave that noisy gas-powered generator at home and enjoy the quiet natural landscape you’re traveling through.

Just like a rooftop solar system, portable solar panels need several accessories to produce and store solar energy. You’ll need the proper cables, a battery or solar generator, an inverter, and equipment to keep your panels mounted and secure when they’re in use. While portable solar panels can be useful in many circumstances, it is important to make sure you set them up correctly to reap their full benefits. It’s always a good idea to consult a professional electrician when starting to use any portable solar product for your RV or camper.

 

What are solar generators?

    The best way for campers and RV owners to most effectively reap the benefits of a portable solar panel setup is to pair panels with a solar generator, which is a battery equipped to pair with solar panels. With a solar generator system, you can use your portable solar panels to produce free energy whenever the sun is shining, and store that energy for when you might need it later.


Solar phone chargers

Portable solar panels aren’t only useful for serious adventurers. You can purchase small solar chargers that fit in a backpack or your pocket and use them to harness power from the sun. These devices don’t generate and store much energy, but you can use them to recharge a phone or a laptop.

Unlike portable panels used for camping and RVs, solar phone chargers are usually all-in-one devices, meaning you don’t need to do any additional setup to start using solar energy. Simply place your charger in the sun to collect energy, and plug your phone or other devices into the charger when you need to power it up.

Products like the X-Dragon Solar Charger and the Wildtek Portable Charger offer clean energy on the go at a reasonable price for small electronic devices. These won’t power appliances like a microwave, but they can keep your phone up and running for much longer than it’s battery life alone.

Set your home up with solar today

You can use solar energy on the go to keep appliances and small electronics up and running, but solar will save you the most money when you install a rooftop or ground-mounted solar installation to cover as much of your electricity needs as possible. If you want to understand and compare your options for a solar installation on your property, sign up on the EnergySage Solar Marketplace. By registering your property, you can get multiple free quotes from high-quality, local installers. If you want to start with some quick numbers on the savings you could see by going solar, check out our Solar Calculator.





Don

[ad_2]

Source link

[ad_1]

One of Gov. Jerry Brown’s final climate change-related priorities is moving through the California Legislature but faces opposition from some Democrats.

Proponents of planning electricity use with other Western states embrace the possibility of exporting more of California’s solar energy and importing more wind and hydroelectric energy. They say it would save money and solve one of the largest challenges facing the state’s energy grid. But opponents worry it could jeopardize the state’s climate change progress.

“The two sides of the debate are emphasizing completely different issues,” said Bentham Paulos, author of a new report for the nonpartisan think tank Next 10.

Jointly planning electricity use could allow California to purchase wind or hydroelectric power from nearby states at night, when solar energy shuts off. This would replace natural gas plants the state currently fires up in the evening.

At times, California also has more solar energy during the day than it can use, requiring it to shut off that energy or pay other states to take it. A “regionalized” electric grid could solve this problem and reduce emissions in other states.

“It also helps us take dirtier resources off the grid in other states,” Lauren Navarro of the Environmental Defense Fund told lawmakers last month at a hearing. “The renewables we have in California are less expensive and will be chosen more often by the market than dirtier resources like coal.”

Brown has argued the state won’t be able to put much more renewable energy online without a regional grid.

But the plan has divided consumer advocates, environmentalists and Democrats in the Legislature, who fear a new interstate energy agreement could allow federal regulators appointed by President Trump to interfere in California’s electricity mix.

“It is so critical it seems to me that we maintain that protection against an administration that has made a commitment to doing everything possible to undermine the values of this state and our energy principles in particular,” said state Sen. Hannah-Beth Jackson at the hearing.

Opponents also expressed concern about California lawmakers ceding control to an independent governance board. Similar concerns sank a last-minute effort last year to pass regional grid legislation.

The Next 10 report downplays the chance federal regulators can or will meddle with state renewable energy goals, but a recent Senate legislative staff analysis finds the possibility credible — demonstrating the lack of consensus about regionalization’s effects.

Despite that uncertainty, a bill to create a regional grid passed two Senate committees last month.

When lawmakers return in August, Brown will have one more month to pass one more piece of climate change legislation before his final session in office ends.

[ad_2]

Source link

[ad_1]

With Colorado annually averaging 300 days of sunshine, why all 26 ski resorts in the state aren’t fully or partially powered by solar energy asks a good question. This might be something we could see more of in the future, both in and out of Colorado (for example, Vail Resorts announced their Epic Promise program in July 2017, a goal which includes zero net emissions by 2030, and Squaw Valley-Alpine Meadows expects to run fully off of renewables by the end of this year), but as of November of 2017, the idea of a solar powered ski resort is officially a reality for Southern Colorado’s Wolf Creek Ski Area.

Known for powder and affordable lift tickets (read more about skiing Wolf Creek here), family-owned Wolf Creek, located about 85 miles from Durango, began running the entire area via solar last November, becoming the first ski area in the nation to do so.

All of Wolf Creek’s snowcats run off of biodegradable grape seed oil and the mountain also features three water-free restrooms, which produce zero discharge. PHOTO: Chip Kalback

“For the last 12 years, we have been [operating] 100 percent on sustainable power. We feel like it’s our responsibility as a business and is something that we should all be doing,” says Rosanne Pitcher, VP of Marketing and Sales for Wolf Creek. “When we went solar, we were really excited. It’s something we have really been working on.”

Since 2006, Wolf Creek has been offsetting 100 percent of both their winter and summer power usage by purchasing wind energy from the San Luis Valley Rural Electric Cooperative. Working closely with the San Luis Valley Co-Op, Davey Pitcher, owner and CEO of Wolf Creek, was able to help make the switch from wind to solar for the resort, strategizing for years about how the San Luis Valley could build a solar farm that could supply both Wolf Creek and the surrounding area with sustainable power.

In November 2017, construction crews completed the Penitente Solar Project, which is the 25-acre solar farm that keeps Wolf Creek running and its nine chairs spinning. Located about 50 miles away from Wolf Creek, which typically sees over 400 inches of snow per year, Penitente’s sunny and arid location has been ideal for solar productivity.

“Solar has been great so far,” says Rosanne Pitcher. “We’ve had no hiccups and have had very consistent power. We hope other ski areas are excited as we are about this potential.”

Aside from Wolf Creek’s solar efforts, the mountain also boasts other sustainable and environmentally friendly practices, which contribute to Wolf Creek’s progressive and eco-minded reputation. For instance, all of Wolf Creek’s snowcats run off of biodegradable grape seed oil and the mountain also features three water-free restrooms, which produce zero discharge.

For Wolf Creek, the love of the mountains is at the heart of their business, which is what fuels the ski area’s desire to serve as a sustainable model that other resorts and businesses can follow.

“There are small things everyday that we do at the mountain,” continues Rosanne Pitcher. “We have always been looking to be better, whether that be through recycling, E-cycling, wind power, solar power, etc. There is so much energy consumption at all ski resorts and there is no way of getting around that. Snowmaking is such a large consumer of power and so are the lifts. I think that as a recreational area and probably the largest employer in the San Luis Valley, it’s another way for us to be responsible to our community and our planet. We have to keep our mountain environments as pure as they can be.”

[ad_2]

Source link

[ad_1]

Mission Solar Energy, a U.S. supplier of high-power solar modules, is proud to announce its new training collaboration with ImagineSolar, a solar training provider in sync with NABCEP job task analyses for the solar industry.

SAN ANTONIO, TX (July 17, 2018) Mission Solar Energy, a U.S. supplier of high-power solar modules, is proud to announce its new training collaboration with ImagineSolar, a solar training provider in sync with NABCEP job task analyses for the solar industry.

Mission Solar Energy has committed to providing high-efficiency solar panels and technical materials needed to complete technical and sales training offered by ImagineSolar. In addition to providing product and training materials, Mission Solar Energy’s team of engineering and sales experts will provide educational sessions as needed.

ImagineSolar advanced 5-day workshop with solar pioneers from Mission Solar, Texas, Oklahoma, Indiana, Illinois, India and Saudi Arabia

“We are always looking for ways to offer our support within the solar industry. Partnering with ImagineSolar is allowing us to contribute in training the current and future solar professionals and ensuring that the end consumers receive a quality solar installation experience,” said Sam Martens, Commercial Operations Director of Mission Solar Energy.
ImagineSolar provides training and advisory services to contractors, solar installers, entrepreneurs, and individuals from across the U.S. on solar and smart grid technologies. The Austin-based education provider is only a short distance from Mission Solar Energy’s headquarters in San Antonio.

“We continue to upgrade our solar lab equipment using leading edge technology,” said Michael Kuhn, founder and CEO of ImagineSolar LLC. “The Mission Solar MSE PERC 72 solar panels lead in their class with very high efficiencies and pair well with the module-level power electronics that our customers install and commission in our hands-on workshops.”

ImagineSolar will feature Mission Solar’s panels starting with its upcoming Advanced 5-day Solar Workshop. This comprehensive, hands-on workshop will be held at ImagineSolar’s state-of-the-art solar lab facility in Austin, TX, September 7th-11th, 2018. Please visit https://imaginesolar.com/ for details.

Mission Solar Energy is headquartered in San Antonio, TX with module facilities onsite. Our hardworking team calls Texas their home and is devoted to producing high quality solar products and services. Our solar modules are proudly designed, engineered and assembled in the USA. For more information about our company and products click here.
ImagineSolar’s mission is to empower people and organizations in the planning, designing, installation, business, and technical sales of solar PV systems in order to accelerate the transformation of the energy industry to a non-carbon-emitting solar and smart grid future. Since their founding in 2002, they have provided high-quality up-to-date solar industry training and advisory services to companies and the general public across the USA and internationally. ImagineSolar’s consultants, instructors, and lecturers have obtained one or more NABCEP certifications and have decades of combined experience as solar industry practitioners. ImagineSolar’s solar lab facility, classrooms, and office are co-located with the Austin Electrical Training Alliance in Austin, Texas. For more information, visit https://imaginesolar.com/.

[ad_2]

Source link

[ad_1]

FRAMINGHAM, MA – From Environment Massachusetts: Since 2007, Massachusetts has seen a 246-fold increase in the amount of electricity it gets from the sun, according to a new report released today by Environment Massachusetts Research & Policy Center. The report also highlights advances in the use of energy storage, energy efficiency, and electric vehicles.

“Every day, there’s more evidence that a cleaner, healthier world powered by renewable energy is possible,” said Ben Hellerstein, State Director for the Environment Massachusetts Research & Policy Center. “Our recent progress should give us confidence that a 100 percent renewable future is within reach.”

The report, Renewables on the Rise, comes as state officials debate whether to accelerate the growth of renewable energy and eliminate arbitrary caps on solar power. In order to pass a law this year, the House and Senate must come to an agreement on legislative language before July 31.

The report provides a state-by-state assessment of the growth of key technologies needed to power the nation with clean, renewable energy, including wind, solar, energy efficiency, energy storage and electric vehicles. Massachusetts ranked 7th for solar and 1st for electricity efficiency savings.

According to the report, Massachusetts is 35th in the nation for the increase in electricity generation from wind between 2008-2017. Massachusetts’ wind energy generation is expected to increase dramatically in the coming years, with a commitment to install 1,600 megawatts of offshore wind capacity. The first offshore wind farm, developed by Vineyard Wind, is expected to begin construction in 2019.

The report describes the factors that rapid growth in each category since 2007, including policies, improved technologies and lower costs, all of which suggest the potential for continued rapid growth in the years to come.

“We’ve built a good foundation, especially in solar and energy efficiency,” said Alex Keally, Partner at Solect Energy. “But we need to build on that foundation by getting the Clean Energy Bill passed before the July 31st deadline in order to ensure a cleaner future for the Commonwealth.”

The report comes as a diverse group of U.S. cities, states, corporations and institutions commit to 100 percent renewable energy. In 2015, Hawaii became the first state in the country to set a 100 percent renewable energy requirement, and similar bills in both Massachusetts and California have cleared major hurdles this year.

In Massachusetts, seven cities and towns have adopted a goal of 100 percent renewable energy, with similar commitments pending in other communities. Boston University and Harvard University have committed to purchase 100 percent of their electricity from renewable sources, while Hampshire College is already powered entirely by on-campus solar panels.

Globally, 131 major companies, including Biogen, Google, and P&G, have committed to power their operations with 100 percent renewable energy.

In June, the Massachusetts Senate passed a bill that would eliminate caps on solar net metering and increase renewable energy to 50 percent of Massachusetts’ electricity consumption by 2030 and 100 percent by 2047. Legislation approved by the House is less ambitious and will not meet the goal of 100 percent renewable electricity by 2050. The legislative session ends on July 31.

Framingham has begun to take steps toward the clean energy revolution.

“As Framingham has moved from a town to a city, our new government has backed the reduction of our carbon footprint by creating a Sustainable Coordinator, who can lead the implementation of the town meeting resolution to move to 100 percent renewable energy,” said Larry Stoodt from 350 MA Metrowest Node.

“Framingham bears the burden of over 500 environmental hazardous sites largely due to fossil fuels. From 1880 to 1967 a former manufactured gas plant polluted 20 acres of land and wetlands with the by- products of gas production- carcinogenic coal tar, creosote, arsenic sulfur and cyanide compounds,” said Framingham District 8 City Councilor Judith Grove. “Public health demands that we stop pollution caused by fossil fuels and fully support clean energy.”

Image via Shutterstock / pan demin

Get the Framingham newsletter

Subscribe



[ad_2]

Source link

[ad_1]

I’ve written before about Re-Volv’s solar seed funding campaigns. And Kristin has also covered Grid Alternative’s volunteer-driven efforts to put solar on affordable housing. Now these two powerhouse (sorry!) non-profits are teaming up—using Re-Volv’s crowdfunding platform to raise money for a 10.7 kilowatt solar array for Unity Gardens, a multifamily affordable housing unit part of the Northern California Land Trust in Berkeley, California.

According to the campaign, the $26,530 they are looking to raise should more than pay for itself—covering 80{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} of the building’s ongoing electricity costs, and saving occupants $60,000 over the lifetime of the installation. It will also, of course, send a message to the surrounding community that affordable housing is worth investing in, and that clean energy is a community asset too.

Andreas Karelas, Executive Director of Re-Volv, seems pretty thrilled about this pairing of nonprofit expertise:

“GRID Alternatives is a pioneer in the field and one of the most impactful solar nonprofits in the country. Our models complement each other in ways that empower more people at every level of the project- from the crowdfunders who support the project, to the job trainees who install it, to the families who benefit from it.”

The campaign press release also highlights the fact that the solar industry itself is a major driving force behind the initiative. The panels themselves have been donated by Jinko Solar. And many of the Solar Champion volunteers are industry insiders too. Kelsey Jonat, for example, works for SunPower as a day job, but sees this as a way for the industry to broaden its positive impact:

“I came across this project and was excited about the good work NCLT is doing. I am grateful for the opportunity to help them save money by harnessing the power of the sun.”

The crowdfunding campaign concludes August 17th and—assuming it’s successful—the array should be installed and operational in the Fall of this year. You can lend your support via Re-Volv here. And check out the video on why this matters below:

[ad_2]

Source link

[ad_1]

FELTON, California, July 17, 2018 /PRNewswire/ —

The U.S. solar panel market size is expected to reach USD 22.90 billion by 2025 as a result of increasing demand from consumers owing to decreased installation cost of solar panel systems. Increasing environmental awareness among customers is driving the adoption of cost-efficient renewable forms of energy over conventional energy sources. The year 2016 witnessed a significant growth in number of installations of solar panels in U.S. For instance, more than 11.8 GW of solar panels were installed in U.S. in 2016.

The residential segment witnessed sluggish growth in terms of installation of solar energy owing to discrepancies in sales strategies such as high installation and maintenance costs. However, rising development activities in Texas, Utah, Florida, and South California are expected to drive the segment over the forecast period, thereby generating need for installation of renewable solar panel systems.

The concept of community solar panel systems is gaining popularity in U.S. This has increased off-site and rooftop corporate procurement by companies such as Amazon, Apple, and Target. U.S. is the dominant market for photovoltaic (PV) tracker systems, with NEXTracker and Array Technologies being leading players in the region. In 2016, both companies collectively shipped more than 5 GW DC of PV tracker components.

California holds the largest market share in the U.S. solar panel market. However, there is continuous expansion in markets like Florida, Texas, Utah, and Minnesota. Falling prices are attracting new entrants in the solar industry. These players are expected to acquire a larger market share in future. Furthermore, increasing environmental awareness and innovative technologies to suit rugged terrain and weather are luring customers toward solar energy. This factor is expected to drive the U.S. solar panel market over the forecast period.

Browse full research report with TOC on U.S. Solar Panel Market Size and Forecast, By Product Type (Solar Tracking Panel, Fixed Panel), By End Use (Residential, Industrial), And Trend Analysis, 2015 – 2025 at: https://www.hexaresearch.com/research-report/us-solar-panel-market

Moreover, increasing adoption by educational institutes is expected to drive the industry in future. For instance, more than 5,500 K-12 schools in U.S. have installed solar energy systems until now. Rising efforts from organizations such as the Solar Energy Industries Association (SEIA) are aiding the regional solar sector. SEIA is a trade association that supports free and fair trade of solar equipment. Government initiatives such as solar investment tax credit has resulted in increased sales of solar panel systems over the past decade. Government reforms are expected to drive the U.S. solar panel industry in the forthcoming years. For instance, in 2018, the government imposed a 30{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} tax on solar panels and cells imported into U.S. This policy is framed to encourage local manufacturing and to boost the regional solar panel market.

Major players in the U.S. solar panel market include Trina Solar, JinkoSolar, Canadian Solar, Suniva, and SolarWorld. Trina Solar is the leading player, followed by JinkoSolar.

Browse more reports by Hexa Research: 

  • Recyclable Thermosets Market – Global recyclable thermosets market was around 102 million kilo tonnes with valuation worth USD 15.8 billion in 2015 and it is estimated to exceed valuation worth USD19.3 billion by 2024. Increasing awareness towards minimising dependency on fossil fuels for thermoplastics and thermo polymers is likely to drive the market over the forecast period.
  • Dual Axis Solar Tracker Market – Global dual axis solar tracker industry size is expected to increase significantly over the next seven years on account of shifting focus towards non-renewable energy sources. Furthermore, significant demand for photovoltaic and concentrated solar power systems will drive industry growth.
  • Rooftop Solar PV Market – Global Rooftop Solar PV market is expected to witness substantial growth over the forecast period on account of the increasing demand in residential and commercial segments. Minimum government interventions, favorable subsidies, and tax credit are expected to drive the Solar PV market.
  • Solar Power Market – Government policies and regulations are the major key drivers of solar power market. Because of government subsidies, global solar power market has grown between 25 to 30 percent. Solar power has been segmented on the basis of application they are solar PV systems, concentrated solar power (CSP) and heating and cooling systems.

Hexa Research has segmented the U.S. solar panel market report based on product type and end-use: 

Segmentation by product type, 2015 – 2025 (USD Billion) 

    • Solar Tracking Panel

    • Fixed Rack Panel

Segmentation by end use, 2015 – 2025 (USD Billion) 

    • Residential

    • Idustrial

Key players analyzed: 

    • Trina Solar

    • Jinko Solar

    • Canadian Solar Inc.

    • Itek Energy

    • Solaria

About Hexa Research 

Hexa Research is a market research and consulting organization, offering industry reports, custom research and consulting services to a host of key industries across the globe. We offer comprehensive business intelligence in the form of industry reports which help our clients obtain clarity about their business environment and enable them to undertake strategic growth initiatives.

Contact:

Michelle T.

Corporate Sales Specialist

Hexa Research

Phone: +1-415-349-0058

Toll Free: 1-800-489-3075

Email: sales@hexaresearch.com

Web: https://www.hexaresearch.com/

SOURCE Hexa Research

[ad_2]

Source link

[ad_1]

From new charges and restrictions to buy-all/sell-all models, Northeast states look to upend net metering.

As states in the Northeast reconsider net metering, a patchwork of new solar policies is emerging along with mixed predictions about their potential impact on solar development.

Every New England state plus New York is reassessing retail rate net metering, in which customers are paid for unused solar power at the same rates they pay for electricity from their utility.

States are considering everything from new charges and restrictions to, in the case of Maine and Connecticut, eliminating net metering programs altogether. The debates have pitted legislators against governors and environmental groups against one another as they seek compromises amid unusual alliances.

The reform efforts follow complaints by utilities that net metering shifts costs onto other customers. Several studies, though, have shown the value that solar adds to the grid and may even justify higher-than-retail compensation. One study in Maine found that value to be more than double the retail rate.

Solar advocates point to a cautionary tale from Nevada, where the repeal of net metering in 2015 resulted in a loss of one-third of that state’s solar jobs before it was reinstated a year and a half later. They also note that businesses might be inclined to shift from one Northeast state to another depending on which has more favorable policy support.

“Rooftop solar has grown from a funny little blip to a mainstream industry that employs (nationally) hundreds of thousands of people and generates significant amounts of power,” said Sean Gallagher, vice president of state affairs at the trade group Solar Energy Industries Association. “Utilities have started to become concerned about the impact of rooftop solar on their business models.”

“Obviously we are in the midst of change,” said Ed Davis, director of rates for New England’s powerhouse utility Eversource, which operates in Massachusetts, Connecticut and New Hampshire.

What states are doing

The most recent battleground is Connecticut — an early leader in clean energy. In an update to the state’s energy strategy this year, its Department of Energy and Environmental Protection recommended ending net metering, grandfathering existing systems for a time, and instituting a so-called buy-all/sell-all model for new systems.

Buy-all/sell-all essentially is a two-meter system in which solar owners sell all their system’s power to the grid at a rate lower than retail. Then the customer buys back— at full retail cost — all the power it uses from the grid. The upshot is a system that not only increases rates and fees but also makes on-site energy storage less economical.

Pushback was fierce. Even a compromise that forced the Department to keep net metering in place with buy-all/sell-all as an option split environmentalists. Its exact parameters are yet to be determined by the state’s regulatory authority.

Residential solar giant Sunrun, which pulled its operations out of Nevada when that state repealed net metering, strongly opposed the Connecticut compromise.

“What we really push back against and find to be backward looking are rate designs that choose not to value distributed generation appropriately and are punitive to consumers,” said Evan Dube, Sunrun’s senior director for public policy. “What we need is for distributed generation to be valued and compensated fairly.”

Maine’s regulatory authority already put a buy-all/sell-all system in place, but a court challenge filed in the second half of 2017 has yet to be decided. Since then, the legislature has twice approved legislation to undo it. Both times Republican Gov. Paul LePage vetoed it with the legislature falling just short of enough votes for an override.

In 2015, Rhode Island began a compensation program called Renewable Energy Growth, or REG, as an alternative to retail rate net metering. It uses a fixed price tariff that is higher than the retail rate. But those who choose it can’t use the state’s solar grant program or the various tax breaks available to solar owners.

Massachusetts has had some form of retail rate net metering in place since the early 1980s. It has undergone changes in recent years and is poised for another one. Certain larger systems have had the compensation rate lowered to 60 percent of retail. They are also capped — with the caps having been repeatedly met and raised. Efforts to eliminate caps have been unsuccessful.

Residential systems generally are exempt from the caps and still get full retail rate net metering. However a new incentive program called Solar Massachusetts Renewable Target, or SMART, is designed to balance net metering with incentives. The more net metering compensation you get, the lower the incentive.

The program also includes a demand charge, which advocates say is a disincentive to getting solar.

Solar advocates view New Hampshire’s gradual approach as the best example of a net metering update. The state’s cap on net-metered systems was raised and then eliminated. But part of the compromise was that for certain size system compensation rates would be reduced.

Notably, the state’s public utilities commission determined that cost shifting was not occurring at the low penetration rate. And it ordered a value of solar study to determine further actions.

In the meantime the new Republican governor, Chris Sununu, recently vetoed bipartisan legislation that would have raised the size of systems eligible for compensation from one megawatt to five.

His Democratic predecessor, Maggie Hassan, who is now the state’s junior U.S. senator and under whom much of the net metering reassessment began, in April introduced the National Evaluation of Techniques for Making Energy Technologies more Effective and Resilient (NET METER) Act to create a national study on net metering to guide states interested in starting a net metering program or expanding an existing program.

‘A tough time for utilities’

Utilities’ cost-shifting argument is a “big lie,” said Karl Rabago, executive director of Pace University Energy and Climate Center and a former utility executive and regulator who has also worked with many northeastern states on energy policy. “It’s just that fundamental assertion that a reduction in use creates a cost.”

Utilities, he said, “position self-generation as a zero-sum game, us versus them, and they’ve been successful in convincing the policymakers.”

“Of course there’s still a cost shift,” said Eversource’s Davis. “There’s still a cost to be recovered for that service,” he said, for solar customers who use the company’s wires and poles, even if it’s just for part of the day. “If that customer doesn’t pay for it somebody pays for it.”

But Dave Ismay, a senior attorney with the clean energy and climate change group at the regional Conservation Law Foundation counters that no one makes the same argument for vacation homes on Cape Cod hooked to the grid all year but only using electricity for part of it.

“The rest of the year, guess what they’re paying? Nothing,” he said. “If I lower my own usage by energy efficiency I don’t pay anything either. If I turn off the lights and don’t run the A/C, I don’t pay it either. But suddenly when you’re putting solar on your roof you’re being unfair. So it’s just really nonsense.”

Advocates also argue that cost shifts are unlikely with solar penetration rates still low in the Northeast — about 5 percent in Massachusetts but not even cracking 1 percent in others.

“It’s a tough time for utilities trying to figure out how they move forward in this world,” said Janet Gail Besser, executive vice president of the Northeast Clean Energy Council (NECEC), who hopes they use it as an opportunity to revamp their models. “The technology isn’t going to stop changing because people don’t want to change an old framework.”

Utilities have to keep in mind that solar is popular with customers, said SEIA’s Gallagher. “Utilities in the long run I think are going to have to find a way to give customers what they want and the industry has to find a way to work with utilities to insure utilities remain viable,” he said.

Besser points out that net metering has been successful in helping states adopt solar and that in turn helps create new industries and jobs.

“I think the states that are implementing these drastic changes are going to be very disappointed when they see development slow or stop,” said Besser, who is among advocates who admit that the solar industry is maturing and warrants re-evaluation. “The way you address it is to adjust the net metering credit; it is not to end net metering.”

The question is at what point does it need to be re-evaluated.

“I’m willing to say it’s OK if you get out in front of it a little bit. It’s not the end of the world,” said Mark LeBel, a staff attorney with the regional environmental advocacy group Acadia Center. But self-consumption of electricity — owning, storing and using your own generation — needs to be protected. “That’s the future,” LeBel said.

Jan Ellen Spiegel is an award-winning freelance reporter based in Connecticut. Her stories have appeared in the New York Times, CTMirror, Yale Climate Connections, Undark, InsideClimate News and many other publications.

[ad_2]

Source link

[ad_1]

In the Carolinas, Duke Energy is boosting its solar bonafides even more, both incentivizing rooftop solar and building out 680 megawatts of solar …

[ad_2]

Source link