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NTPC gave bidders an extra week to work the safeguard duty into their bidding calculations before holding the auction. Credit: NTPC

NTPC gave bidders an extra week to work the safeguard duty into their bidding calculations before holding the auction. Credit: NTPC

The lowest bid quoted in Indian state-run utility NTPC’s auction for 2GW of interstate transmission system (ISTS)-connected solar was INR2.59/kWh (US$0.037).

The L1 bid from Acme Solar for 600MW marks a 15 paisa rise from its previous low bid of 2.44 rupees for the 2GW ISTS auction held by Solar Energy Corporation of India (SECI) on 3 July, where six bidders overall had been happy to bid at 2.54 rupees or lower – before the implementation of the safeguard duty on cell and module imports that has now also been temporarily deferred.

Today, Shapoorji Pallonji and Azure Power also matched the L1 tariff for 500MW and 300MW capacity respectively, while SB Energy (Softbank) won only 600MW despite bidding for the full 2GW as it quoted a slightly higher tariff of 2.6 rupees.

The results were as follows:

Bidder Tariff (INR/kWh) Capacity (MW)
Acme 2.59 600
Shapoorji Pallonji 2.59 500
Azure Power 2.59 300
SB Energy 2.60 600

In a tender that had been heavily oversubscribed, Aditya Birla, Mahoba Solar (Adani), Eden, Rutherford Solarfarms (Canadian Solar), Tata Power Renewable Energy, Giriraj, Alfanar, Mahindra, Hero, ReNew, and Nisagra all missed out on capacity.

After the safeguard duty imposition, NTPC gave bidders an extra week to work the duty into their bidding calculations before holding the auction.

NTPC’s most recent 750MW solar auction drew winning bids of  INR2.72-2.73/kWh, but these were specific to the state of Andhra Pradesh rather than ISTS-connected projects, which can be placed anywhere in India.

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ntpc, ists, auction, acme, renew power, sb energy, softbank, azure power, india

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This project could become the largest and amongst the first of its kind built in India. Credit: Solar Media

This project could become the largest and amongst the first of its kind built in India. Credit: Solar Media

Solar Energy Corporation of India (SECI) will issue a request for bids (RfB) for a 160MW hybrid solar and wind project combined with battery energy storage in the state of Andhra Pradesh on 20 August.

The tender for the hybrid project at Ramagiri, Anantapur District, has been on the cards for some time after SECI reached out to industry to establish how much interest there is in providing EPC services for it via an Expressions of Interest (EOI) issuance back in January.

The contract will be for design, engineering, supply, construction, erection, testing and commissioning of the hybrid plant, including 10 years of operations and maintenance (O&M) services. The contract will be awarded via international competitive bidding.

SECI has applied for financing from the World Bank to go towards the cost of the project.

A pre-bid meeting will be held on 31 August and the deadline for bid submissions will be 1 October.

Shared infrastructure for the project is likely to be provided by New and Renewable Energy Development Corporation of Andhra Pradesh (NREDCAP) while transmission evacuation facilities will be provided by Andhra Pradesh Transmission Company Limited (AP Transco). When first announced, the energy storage element of the project was tabbed at 40MWh capacity.

This project could become the largest and amongst the first of its kind built in India. However a smaller pilot project is also being planned in Kerala, as reported by PV Tech back in December 2017.

In March, Indian power minister R.K. Singh called on battery-based energy storage manufacturers to set up manufacturing units in India, particularly given the new focus on hybrid projects through the government’s recently finalised National Wind-Solar Hybrid policy, under which all forms of energy storage are eligible to be included in projects.

Tags:
seci, solar wind hybrid, solar-plus-storage, tender, andhra pradesh, request for bids

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A new report released today by Vote Solar, a nonprofit organization working to make solar more accessible and affordable across the United States, provides a roadmap for addressing financial barriers to solar that are currently faced by up to 78 million low-income or low-credit score American households. The Inclusive Solar Finance Framework report, which was prepared for Vote Solar by Sustainable Capital Advisors, identifies policy- and market-based financial solutions for expanding solar options for this significant and underserved segment of U.S. energy consumers. Unlocking access to affordable solar will give more families a way to manage their energy bills, reduce harmful pollution, and support more local jobs in America’s clean energy economy.

“While solar is helping families nationwide save money and take control of their energy bills, those economic benefits are still out of reach for many of the low-income and low-credit households that stand to gain the most from lower and stable bills,” said Melanie Santiago-Mosier, program director of access & equity at Vote Solar. “As our clean energy economy continues to expand at record pace, it’s our responsibility to strive for growth that is inclusive and gives everyone the opportunity to participate. We urge the solar industry, policymakers, finance leaders, community organizations and other stakeholders to explore and commit to financial solutions that bring clean energy access to all.”

“The inability for our low-income and low credit score neighbors to access solar energy endangers the ability of the low-carbon revolution to deliver the environmental and societal benefits it promises,” said Trenton Allen, Managing Director and CEO of Sustainable Capital Advisors. “Those same households are also paying into state and federal programs that are helping spur the transition to clean energy through their energy bills, yet face inequitable access to the direct benefits of those programs. We aim for this report to serve as foundation to progress and provide actionable steps to rectify the barriers to solar faced by a significant segment of Americans.”

Driven by low costs and high consumer demand, customer investment in solar power has grown significantly over the past decade. However, many consumers still face barriers, such as low credit scores, lack of tax appetite, or lack of upfront capital, that prevent them from going solar through traditional finance mechanisms. The Inclusive Solar Finance Framework report identifies these financial barriers as well as specific solutions that policymakers, public agencies, and financial institutions can undertake to eliminate or minimize those barriers.

Solutions covered in the report include: refundable tax credits, reprogramming existing energy funds, credit enhancement, alternative credit scoring, and community solar. Market conditions and fundamental state policies like net metering are also critical to ensuring the efficacy of the proposed finance solutions. Another key finding is that inclusive solar finance solutions must also be structured to meet the unique needs of each customer and community, which requires processes and outcomes that prioritize collaboration, transparency, consumer protections, and education.

In preparing the Inclusive Solar Finance Framework, Sustainable Capital Advisors reviewed publicly available information and conducted approximately 60 hours of interviews with thought leaders and expert practitioners representing the entire solar ecosystem including developers, installers, financiers, impact investors, foundations, policymakers, housing agencies, utilities and consumers.

News item from Vote Solar

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The pieces of Vectren Energy’s plan to harness the power of the sun are coming together in a long-forgotten field in the middle of Evansville.

Several rows of solar panels now sit atop pedestals in a field just off Morgan Avenue and U.S. Highway 41 in Evansville. There’s a second field further north on the highway on Volkmann Road.

Both sites will generate two megawatts solar energy using 8,000 solar panels. Vectren says each site could power 300 homes annually, however, neither farm will be connected to any one grid. Instead, Vectren says, the power generated here will go back into the system.

Panel installation has just begun but Vectren expects the farms to be fully operational later this Fall.

 

For the latest breaking news and stories from across the Tri-State, follow Eyewitness News on Facebook and Twitter.

(This story was originally published August 14, 2018)



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In Georgetown’s four-year-long process to become the largest U.S. city to purchase all of its energy needs from renewable sources, Mayor Dale Ross said the city had two major goals in mind: eliminate price volatility and seek minimal regulation.

“This is a long-term pocketbook issue,” Ross said. “It’s a win for economics and a win for the environment.”

The city’s shift to renewables is primarily focused on financial benefits. But the change has brought national and international attention to Georgetown at the same time that Texas, which is heavily fueled and funded by its oil and gas industries, is now the fifth leading state in renewable energy growth since 2008, according to a July report from the Environment Texas Research & Policy Center. The report ranks Texas first in wind and fifth in solar electricity growth between 2008-17.

“It shows that if you incentivize clean energy, the community values that and chooses that,” said Bay Scoggin, energy associate for the Environment Texas Research & Policy Center.

Many cities have smaller goals when it comes to renewable energy. Austin has the goal of reaching
55 percent renewable energy by 2025. Georgetown ran on 4.2 percent renewable energy in 2014 before its change to fully renewable sources, according to city data.

“This is a result of a lot of good work, vision [and]policy decisions,” Ross said. “It’s rewarding this day has come.”

The city has contracts through Georgetown Utility Systems that include guaranteed rates with solar and wind producers to purchase 144-150 megawatt-hours from each for the next 20-25 years. The contracts do not allow rates to be disclosed, according to city officials. Texas law considers energy rates to be trade secrets and exempts their disclosures through open records requests.

Having a set rate means as inflation has the potential to hike up prices, GUS customers will see minimal difference on their bill because the rate cannot change, said Chris Foster, manager of resource planning and integration for the city of Georgetown. This is also the case if the price was to drop­­­—the cost to residents will remain the same. If there is a difference, it is due to other factors on the bill such as amount used or additional fixed rates potentially established by future city councils, he said.

Having a set rate allows for stability, Foster said, adding that rates can spike and plummet even at different times of the year. Currently, wind is the cheapest source of energy available to the city, and solar is purchased at the same price as energy derived from fossil fuels, Foster said.

Foster also said the city anticipates wind and solar energy will face less federal regulations than fossil-fuel energy sources, a factor that could lead to additional cost savings.

Georgetown has contracted with NRG Energy Inc. for solar and EDF Renewable Energy for wind. Energy generated by both the solar and wind farms is put into a statewide electrical grid, which is operated by the Electric Reliability Council of Texas. GUS then pulls energy off of the state electrical grid to meet customers’ needs, Foster said.

NRG Energy’s Buckthorn solar plant is located in West Texas. Georgetown has contracted 150 MWh of capacity until 2043. This means in one hour, 150 MW could be produced, Foster said.

The farm’s solar panels are strategically placed to collect the most energy possible, as the panels track the sun moving east to west.

Solar energy can only be collected when the sun is out, so in partnering with EDF Renewable Energy’s Spinning Spur 3 wind farm, located near Amarillo, the city’s energy needs can also be met at night, when wind tends to pick up, Foster said.

Georgetown has contracted 144 MWh of capacity from the wind farm until 2035.

While the combined capacity is 294 MWh, Foster said at any given time Georgetown is only taking about 180 MWh off the electrical grid, as the plants do not operate at the same time of the day.

“Buckthorn will produce the most energy in the heat of the day, where Spinning Spur 3 is at its weakest,” Foster added.

Georgetown had a peak load of 145 MWh in 2017, or in one hour the city used a max of 145 MW of energy, according to the city. But this, too, varies with weather, Foster said. For example, when the temperatures hit triple-digits in July, the city’s peak load was 170 MWh.

The city did not contribute any money toward constructing the solar and wind farms. Instead, the farms used Georgetown’s promise to buy renewable energy as collateral to secure construction loans, Foster said.

Kaiba White, energy policy and outreach specialist for Public Citizen, a nonprofit consumer rights advocate, said Georgetown’s milestone could inspire similar changes elsewhere.

“Georgetown did it,” White said. “And municipal power utilities leaders need to step it up because the bar is now 100 percent, and anything less is not leading.”

Georgetown continues to be one of the fastest-growing cities in the country, ranking sixth among cities with populations of 50,000 or more, according to U.S. Census data released in May.

The amount of energy GUS is purchasing today is the amount needed for its current customer base and should meet the demand for at least the next five years, Foster said.

Future contracts beyond the five years would need Georgetown City Council approval, Foster added.

Excess energy Georgetown brings in can be put back on the electrical grid and sold for profit, Foster said.

“There’s still a lot of room to grow and time to plan,” Foster said. “We can incrementally grow as the population grows.”



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Dominion Energy is buying two planned Virginia solar farms totaling 240 MW of future energy output from a developer based in the same state.

Urban Grid announced Tuesday it was selling two upcoming Surry County solar projects to Dominion. Work on both the 142-MW Colonial Trail West and 98-MW Spring Grove farms is scheduled to begin next year, with Colonial Trail operational by December 2019 and Spring Grove Solar I by October 2020.

Dominion’s acquisition is part of its goal to expand its renewable fleet by 3,000 MW in less than four years.

“We are excited to have such a strong and proven owner of solar projects here in the commonwealth of Virginia acquire these two exceptional solar projects from Urban Grid and are pleased to be able to assist Dominion Energy with achieving their renewable energy goals,” Frank DePew, president of Urban Grid, said in a statement.

Last month, Dominion Energy Virginia unveiled its first targets under a new grid transformation law, aiming to deliver a 12-MW offshore wind project and add another 240 MW of solar energy in the state.

Virginia’s Grid Transformation and Security Act, which became law on July 1, spurs Dominion to pursue new paths on energy efficiency, renewables, smart meters and rate cuts. Overall, the efforts are designed to spur nearly $2 billion worth of investment, bill credits and rate cuts for the utility’s customers, according to the report.

 

 

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LONG ISLAND CITY, QUEENS — The sun that fueled a warm summer afternoon as it blazed down onto Hunters Point South Park is the same source of energy that advocates argue could power more than a million homes across New York.

Surrounded by families basking in the sunlight, Queens advocates gathered at the Long Island City waterfront park Tuesday to rally support for the “Million Solar Strong New York” campaign, which aims to power 1 million New York homes – including 100,000 that are low-income – with solar energy by 2023.

Campaign organizers called on Gov. Andrew Cuomo and other state lawmakers to help them reach that goal.

“We need programs and policies to make solar power accessable to all people – regardless of their income level, housing and neighborhood – across New York State,” said campaign organizer Renee Vogolsang.

Advocates were joined by Queens lawmakers and Long Island-based solar company EmPower, which recently expanded into Queens to fix the borough’s “run down” and “destroyed” energy infrastructure,” said CEO David Schieren.

“It’s a lot of hard work, but we do see this future where we have a much better energy system completely powered by solar and wind and batteries that is completely free of fossil fuels,” Schieren said.

“We’re going to make it happen.”

Schieren said his company – which sells, installs and operates solar power systems – recently received more state funds to offer bigger rebates to New York City homeowners and businesses. That’s in addition to tax credits and incentives the city recently extended for homeowners who install solar panels and other infrastructure.

“Are we better off than we were last year? Yes,” Schieren said.

But local lawmakers acknowledged the city has a ways to go in creating solar developments.

The City Council in April requested Mayor Bill de Blasio’s office set aside nearly $800 million of the 2019 fiscal budget to speed up solar development, noting the city was behind on its “One City: Built to Last” plan, which mandates the installation of 100 megawatts of solar on buildings by 2025.

“We’ve done a lot but we can absolutely do more, and i think that’s why we worked so hard in the city budget to push this,” said City Councilman Costa Constantinides (D-Astoria).

“We want to make sure (solar installations) in private spaces are incentivized, but on the same token we want to get our city on building more with solar – Schools, libraries, hospitals.”

Constantinides noted the Million Solar Strong Campaign could improve air quality at several public housing complexes in western Queens, where asthma rates are higher than the borough’s average. Building solar infrastructure would also create more middle-class jobs and line the pockets of homeowners have panels installed, he said.

“This is a win-win for everybody,” he said.

New York Sen. Michael Gianaris (D-Astoria) also pledged his support for the campaign on a state level, where organizers hope to see most of the solar energy reform.

“It’s a beautiful day,” Gianaris said. “Let’s make use of the natural energy that the sun provides.

“We’ve done so much already, but we can do better.”


Lead photo by Danielle Woodward/Patch

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On Aug. 9, Massachusetts Gov. Charlie Baker signed H.4857, An Act to Advance Clean Energy, into law. Adopted by the bodies on the last day of session, July 31, the legislation was the compromise between the Senate’s broad, omnibus bill, S.2564, passed in mid-June, and a series of more modest proposals passed piecemeal by the House in mid-July. The bill drew mixed reactions from stakeholders and policymakers, leaving some solar advocates wanting more but other renewable advocates applauding the legislature’s push for storage development and additional offshore wind procurement.

Among other things, the bill expands energy efficiency, increases the renewable portfolio standard (RPS), establishes a clean peak standard (CPS), sets an energy storage goal, and authorizes the solicitation of an additional 1,600 MW of offshore wind by 2035. The bill also clarifies the circumstances under which a utility can impose a minimum monthly reliability contribution (MMRC) charge on a solar net metering customer.

Overall, the bill is far more modest than the sweeping proposals advanced by the Senate in S.2564. Specifically, the final version of the bill drops provisions contained in the Senate version that would have eliminated the caps on net metering, established interim CO2 emission targets, potentially expanded Section 83D procurements for additional clean energy, and established market-based mechanisms for CO2 reduction across all sectors of the economy, including, most notably, transportation.

Despite its modesty, the bill does have some important features and may ultimately offer
opportunities for solar developers. Among the most significant aspects of this bill is the provision that establishes a CPS, making Massachusetts the first state in the nation to require the delivery of “clean” resources during system “peak” demand periods. The legislation requires every retail electric supplier to provide a “minimum percentage of kilowatt-hour sales to end-use customers from clean peak resources.”

Drawing from a similar framework currently used for the deployment of RPS resources, the legislation adds a new attribute, requiring a resource not only to be “clean” but also to be delivered during a defined “peak” period. In so doing, the resource then qualifies for a “clean peak certificate.” The legislation defines a clean peak resource as a “qualified RPS resource; a qualified energy storage system; or a demand response resource that generates, dispatches or discharges energy to the electric distribution system during seasonal peak periods, or alternatively, reduces load on said system.”

While there is little doubt that the legislation is primarily aimed at battery storage, solar facilities paired with battery storage may indeed qualify. The legislation does not, however, provide detailed information related to the implementation of the CPS program, with the legislature opting instead to grant the Department of Energy Resources (DOER) broad authority to develop program rules, including the methodology for determining clean peak values, the process by which distribution companies procure clean peak certificates, and alternative compliance mechanisms for retail suppliers.

Given that no precedent exists for the implementation of the CPS from which DOER can draw in developing program rules, the stakeholder process for the CPS will be robust, and it will be watched nationwide.

In addition to the storage opportunities created by the development of a CPS, the bill also calls for the creation of an energy storage target program and establishes an energy storage target of 1,000 MWh by Dec. 31, 2025. Similar to the authority and discretion granted to DOER with respect to the CPS, the legislation authorizes DOER to implement a range of policies to achieve the 1,000 MWh target and to “encourage the cost-effective deployment of energy storage systems.”

While the 2025 target of 1,000 MWh is nowhere near as aggressive as the 2,000 MW put forth in the Senate proposal, it nonetheless evidences the legislature’s view that storage will play a key role in the transformation of the regional electric grid to its renewable future; by creating this program, the legislature sets the stage and ensures additional opportunities for storage to fulfill that role.

Not insignificantly, the bill also authorizes the procurement under Section 83C for an
additional 1,600 MW of offshore wind, doubling the currently authorized amount from 1,600 MW to 3,200 MW. The bill directs the DOER to investigate “the necessity, benefits and costs” of requiring the electric distribution companies to procure an aggregate of 1,600 MW of offshore wind by Dec. 31, 2035, and allows DOER to impose additional requirements for these procurements.

Importantly, however, the legislation mandates that any selection of offshore wind energy transmission “shall be the most cost-effective mechanism for procuring reliable, low-cost offshore wind energy transmission service for ratepayers in the commonwealth.” The increased procurement called for in the bill will draw attention to the regulatory proceedings related to Section 83C’s first 800 MW (of the 1,600 MW authorized) tranche of offshore wind – which are just getting underway at the Department of Public Utilities (DPU) – to see whether DOER signals its intent to exercise its additional procurement authority.

With respect to the imposition of the MMRC charge, the compromise bill once again falls short of the Senate’s more generous proposal. Instead of delaying the imposition of the charge to 2020 and requiring notice to customers before imposing the charge, the final version of the bill contains language relating only to customer notification. Specifically, the final bill authorizes utilities to impose such a charge only during peak system hours and only after utilities specify for customers the peak periods prior to imposing the charge.

While the bill neither prevents nor officially delays the imposition of the MMRC charge, the newly imposed customer notification requirements will likely require utilities to file new tariffs with the DPU before doing so, thus providing some additional, albeit brief, breathing room for net metering customers.

Though the compromise legislation may not deliver the expansive advances called for in the Senate proposal, even in its pared-down form, the legislation solidifies the commonwealth’s reputation as a leader in energy efficiency and renewable resource development. For solar advocates in search of some lifting of the net metering caps, ongoing regulatory proceedings at the DPU may provide some relief in the near future as stakeholders await decisions from DPU dockets relating to the implementation of the SMART program and on the important issue of ownership of solar facilities’ capacity rights.

In the interim, however, stakeholders will watch as the commonwealth continues to implement its clean energy policies and the regional electric grid continues its transition toward a renewable future.

Carol Holahan is counsel at Boston-based law firm Foley Hoag’s Energy & Cleantech practice. She can be reached at cholahan@foleyhoag.com.

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Solar PanelsSolar Panels

It’s a first for Baldwin County. An array of 160 solar panels have been installed in Foley, just off Highway 59. It’s a very visible project that will bring renewable energy to South Alabama. 

Solar power growth exploded by 40{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} in the US from 2016 to 2017, but our area has been lagging behind that renewable revolution. That is beginning to change though with a newly installed field of solar panels just off Highway 59 in Foley.

Miles McDaniel with Riviera Utilities told us, “We’ve got four rows of panels and there are 160 panels. They’re fixated so they’re facing south. They’re not going to move during the day. They’re go big to stay in the current position they’re in now.”

Pilot project

McDaniel said the solar panels were installed by the Alabama Municipal Electric Authority as a test project.

“We’re going to have a system so we can see what kind of output we’re generating throughout the day whenever it’s overcast or it’s a beautiful day like today, we’ll be able to see the different output we get from this facility,” McDaniel told us.

First power in Baldwin County

The power these panels put out, won’t be huge, but it’s significant, since there are no power plants in Baldwin county. These panels will be the first local facility to generate power.

“On a very beautiful day they can have a maximum output of 50kw,” McDaniel said. “50kw is going to be providing power to roughly 6 to 8 houses.”

The solar panels are physically installed now, but they’re not hooked up. They hope to fully have the panels on the grid by the end of August or early September. When that power goes on the grid it will be a drop in the bucket of the overall power, but every journey starts with that first step. 

No impact on power bill

Riviera Utilities says the solar panel facility is too small to impact power bills one way or the other. 



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The Million Solar Strong Campaign, a movement of leading industry, environmental, clean energy and community organizations, was joined by Queens elected officials and community leaders to urge New York State to support the bold new goal of powering one million New York households—including 100,000 low-income households—with solar by 2023.

The group chose Long Island City for the announcement near an existing solar project, to highlight the role solar energy can play in meeting New York City’s energy needs while creating new jobs. EmPower, a Long-Island based solar company that recently opened a Queens office, joined the event to show its investment in the borough.

“New York can be a national leader in renewable energy and solar power is a great place to build our green energy future,” said Senator Michael Gianaris. “I am pleased to join the Queens community in pushing for a strong plan for the future of our state.”

“Solar energy can be expanded to help our communities and environment” said Assemblywoman Catherine Nolan. “I look forward to continue having these discussions at the state level.”

“Solar and batteries in Queens are going to transform the community,” said David G. Schieren, CEO of EmPower Solar. “The incentives are among the best in the country, electricity costs are high, local officials support the industry, and the community has the collective desire to improve air quality for better public health. EmPower is thrilled to partner with the Million Solar Strong initiative to make solar energy wildly successful and impactful throughout New York.”

“We have a duty to our city and our planet to make clean energy like solar power more accessible. Investing in solar energy must be a key part of our strategy for economic innovation and sustainability in Queens moving forward. Million Solar Strong has a real and attainable goal of powering 100,000 low-income households with solar power. We can achieve our green energy future, but it takes investment today,” said New York City Council Member Jimmy Van Bramer.

“As we reduce our reliance on dirty fossil fuels, we also see the reality of renewable energy taking shape,” said New York City Council Member Costa Constantinides, District 22, Chair of the Committee on Environmental Protection. “Solar energy is a big part of that and needs a robust support system to make Queens a greener, cleaner place to live. In Astoria, we are in the process of installing more solar panels on schools as well as the Steinway Library, one of the most frequented in the Queens Library system. I look forward to seeing these efforts continue grow.”

“The Queens Chamber is excited about the prospect of an ever growing solar presence here in Queens County. As the largest geographic borough in NYC, Queens is ripe for greater development of solar power. Having our Member EmPower Solar open an office and have a direct presence in Queens County is a major step forward,” said Tom Grech, president and CEO of the Queens Chamber of Commerce.

The Trump Administration’s reckless actions on climate, the environment, and clean energy require an equally bold response from New York. Making New York ‘One Million Solar Strong’ is the most important thing Governor Cuomo can do to protect and strengthen New York’s significant progress on solar. Currently, New York State has over 200,000 households powered by solar and 9,000 workers in the fast growing solar industry. Powering one million New York households with solar will generate jobs, reduce and stabilize utility bills, stimulate local investment, cut harmful air pollution, accelerate an equitable transition to our clean energy future, and counter the Trump Administration’s attacks.

The coalition is calling on Governor Cuomo to institute and support concrete policies to reach the one million solar strong goal. The coalition has released two roadmaps outlining robust policy recommendations to achieve the goal of one million households and one hundred thousand low-income households powered by solar, including:

  • Fair customer compensation
  • Drive accelerated and diverse solar growth
  • Facilitate affordable financing for solar growth, especially for new market sectors and underserved communities
  • Make solar a win-win for municipalities and customers
  • Ensure the modern grid and solar serve each other
  • Expand access for low-income, environmental justice and other underserved communities

News item from The Million Solar Strong Coalition

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