NewsAugust 1st, 2018
City of Boston Spearheads Multi-City Renewable Energy RFI
CES is proud to be working with the City of Boston on what could be the largest renewable energy aggregation of its kind in the country. From Houston to Atlanta, 19 U.S. cities, representing nearly 5.7 terawatt -hours, are seeking renewables developers who can help them meet their climate goals through this RFI.
Mayor Martin J. Walsh today is asking renewable energy developers and other interested parties to share details on what could be the largest renewable energy project of its kind in the country. The City of Boston released today a Request for Information (RFI) to obtain feedback from qualified renewable energy project developers with projects throughout the United States that could support the municipal energy demand of 20 cities included in the request. The total aggregate energy demand of all cities included in the request is nearly 5.7 terawatt-hours — enough to power over half a million US homes.
“I’m eager to seeing what’s possible in terms of projects that can power our cities and create more, clean energy jobs,” said Mayor Walsh. “I applaud my colleagues in other cities for joining this effort to demonstrate our power in building a clean energy future.”
The City of Boston is working with 19 other U.S. cities to request information on projects. The cities included in the request are Arlington, MA, Atlanta, GA, Boston, MA, Cambridge, MA, Chicago, IL, Evanston, IL, Gary, IN, Houston, TX, Los Angeles, CA, Manchester, NH, Medford, MA, Melrose, MA, Nashua, NH, Orlando, FL, Phoenix, AZ, Portland, ME, Portland, OR, Providence, RI, S. Portland, ME, and Somerville, MA.
The request is focused on information regarding project sizing, geography, anticipated completion date, technology, and indicative pricing. The information gathered will inform a future joint purchase of renewable energy. This action demonstrates the collective power of cities to invest in renewable energy and create more, middle class, clean energy jobs. If successful, a large-scale purchase of renewable energy will help power these cities, save money, and offset carbon emissions.
Mayor Walsh officially announced his plans for the renewable energy initiative earlier this summer at the International Mayors Climate Summit in Boston. Mayors from across the country and around the world joined Mayor Walsh and leaders from public and private sectors to discuss actions taken by mayors to address climate change globally and in their own communities.
Mayor Walsh is the Co-Chair of Climate Mayors, a network of U.S. mayors that participated in a similar joint-city initiative last year that demonstrates the collective power of cities to advance climate goals. The Climate Mayors initiative, led by the City of Los Angeles, issued an Electric Vehicle Request for Information (EV RFI) with 30 other cities in efforts to aggregate municipal demand of electric vehicles across the country. The EV RFI demonstrated demand for nearly 115,000 vehicles of all classes, including trash trucks, street sweepers, semis, shuttles, and buses — with an estimated value of $10 billion to replace the entire fleet. The RFI received 40 responses across all vehicle segments, and is now moving into a formal procurement.
ABOUT BOSTON'S CLIMATE INITIATIVES
Boston is taking bold action on climate to become a carbon neutral, climate ready city as outlined in its updated Climate Action Plan. Boston’s Climate Action Plan serves as Boston’s roadmap for reaching its goals of reducing carbon emissions and preparing for the impacts of climate change. The goals are supported by Imagine Boston 2030, the first citywide plan in 50 years, that helps to ensure that climate plays a role in aspects of city planning.
The City’s current climate initiatives are laying the groundwork to advance its climate goals and to accelerate progress. Carbon Free Boston is analyzing the options and pathways to achieve deep decarbonization. The initiative is weighing the costs and benefits of technologies and policies across key action areas including electric power, buildings, transportation, and waste. As part of this effort, Zero Waste Boston is exploring pathways to turn Boston into a zero waste city through planning, policy, and community engagement.
Additionally, Climate Ready Boston is strengthening Boston’s climate change resilience with near- and long-term planning. It is actively advancing Boston’s vision of a resilient city through a comprehensive citywide vulnerability study, a community outreach program, and neighborhood-level implementation projects, including the installation of a flood wall in one of Boston’s most flood-prone neighborhood.
All of these initiatives will inform the upcoming update of Boston’s Climate Action Plan.
REQUEST FOR INFORMATION
May 31st, 2018
Boston firm completes 1,048-kw solar facility at Webster hospital | Worcester Business JournalCES has served Harrington Memorial Hospital since 2004, and we're excited to partner with them as they embrace sustainability and renewable options.
Original article: http://www.wbjournal.com/article/20180531/NEWS01/180539987
Original press release: http://www.globenewswire.com/news-release/2018/05/31/1514795/0/en/Nexamp-s-Newest-Solar-Project-in-Webster-to-Generate-Over-1-Million-in-Savings-for-Local-Community.html
Also found in: https://www.solarpowerworldonline.com/2018/05/nexamp-completes-community-solar-project-harrington-healthcare-system/
A 4,200-panel solar array at Harrington HealthCare's Webster facility is expected to save the hospital and Webster-area community more than $1 million.
The project was completed at the end of 2017 and recently approved for operations, Boston-based solar energy firm Nexamp announced Thursday.
Via the state's net metering program, Harrington HealthCare will realize direct savings and lower operating costs, and dozens of nearby residents can reduce energy costs by 15 percent by subscribing to the project through Nexamp's community solar program, the company said.
The 1,048-kilowatt facility is expected to generate 1,299,000-kilowatt hours per year and more than 25 million kilowatt hours over the project's lifetime, Nexamp said.
Nearly 150 homes can be powered through the project each year, the equivalent of taking 207 vehicles off of the road.
"Our involvement with this solar project is, in many respects, a natural extension of our commitment to providing reliable services to Webster and the surrounding community," said Harrington HealthCare CFO Thomas Sullivan. "The monthly savings from Nexamp will result in a direct and meaningful benefit to the patients we serve and the system's bottom line."
The project is the 25th community solar array in Massachusetts, Nexamp said.
April 20th, 2018
Bowdoin College achieves carbon neutrality ahead of schedule | MaineBiz
Also found in: http://www.mainebiz.biz/article/20180420/NEWS01/180429999
April 20, 2018--Bowdoin College has reached its goals of becoming "carbon neutral" at its Brunswick campus two years ahead of time.
According to a Bowdoin news release, the college reduced its onsite carbon emissions by 29%.
Using 2008 as the baseline, Bowdoin originally calculated its onsite greenhouse gas emissions at 16,326 metric tons. In 2017, these were cut to 11,620 metric tons, accomplished by updates involving much of the campus infrastructure. Projects included installing a co-generation turbine, which produces electricity as a byproduct of generating heat; converting buildings from oil to natural gas, insulating pipes and replacing thousands of lights with efficient LEDs.
To account for the remaining emissions, Bowdoin is investing in carbon offsets with regional impacts and in renewable energy credits associated with wind farms.
"These tools will help the college maintain a net-zero carbon footprint as it continues to actively pursue ways to reduce its greenhouse gas emissions," the college stated in its news release.
Partnering in NextEra solar project
Bowdoin also announced a renewable energy project partnership expected to result in the largest solar array in Maine. Bowdoin has joined four other liberal arts colleges — Amherst, Hampshire, Smith and Williams — to help fund NextEra Energy's construction of a 75-megawatt solar project in Farmington.
Competitive Energy Services, based in Portland, acted as advisor to each of the colleges.
The nearly $100 million project will support roughly 180 short-term jobs through the construction phase, as well as at least six full-time, permanent jobs once it is operating. The solar panels will cover roughly 350 acres, most of which are located at Sandy River Farms, and is expected to go online by the end of 2019.
The Sun Journal reported that Bowdoin joins other schools in Maine — including College of the Atlantic in Bar Harbor and Colby College in Waterville — that have also reached carbon neutral status.
April 19th, 2018
Five leading liberal arts colleges partner to create new solar energy facility in Maine
Partnership is first collaborative purchase of New England-generated solar by any higher-ed consortium
EDITORS’ NOTE: Presidents and other senior leaders from the partnership colleges may be available for interviews. Contact the media relations director at each school: Amherst (Caroline Hanna, 413/542-8417), Bowdoin (Doug Cook, 207/725-3964), Hampshire (John Courtmanche, 413/559-6180), Smith (Stacey Schmeidel, 704/682-2629), Williams (Greg Shook, 413/597-3401).
Amherst, MA; Brunswick ME; Northampton MA; Williamstown MA—Five of the nation’s leading liberal arts colleges have formed a pioneering collaborative that will allow them to offset 46,000 megawatt hours per year of their collective electrical needs with electricity created at a new solar power facility to be built in Farmington, Maine. The partnership represents the first collaborative purchase of New England-generated solar electricity by higher-education institutions.
Amherst, Bowdoin, Hampshire, Smith and Williams colleges are partnering with a subsidiary of NextEra Energy Resources, the world’s largest generator of renewable energy from the wind and the sun. The company will construct a universal-scale solar power facility that annually will create enough electricity to power about 5,000 New England homes. Each of the colleges will purchase zero-carbon electricity from the Maine site to reduce carbon emissions from campus electricity use. The facility is expected to open in 2019.
The New England College Renewable Partnership is innovative and impactful in several ways:
• It facilitates the development of additional solar electricity generation in New England.
• It will have a significant sustainability impact, moving each of the five campuses closer to their climate-action goals.
• It helps each school manage costs by “locking in” the price of electricity for the next 20 years.
• And, most importantly, it provides market access that would not have been available to individual institutions, offering a scalable model that other colleges and universities can follow.
Competitive Energy Services acted as adviser to the colleges.
The Impact at Amherst
At Amherst, which has already reduced greenhouse emissions by more than one-third during the past decade, the use of the solar power generated at the new facility represents another step toward the college’s goal of achieving carbon neutrality.
“Amherst is delighted to be part of this important partnership, which illustrates how changes in sustainability practices at our institutions can have a larger impact,” said Biddy Martin, president of Amherst. “The involvement of four other highly regarded institutions in New England allows all of us to move forward with our climate action plans and multiplies the effect overall. It also sends an important message that every institution and every individual can be an agent for positive forward movement on the urgent challenge of sustainability.”
Through the partnership, Amherst will purchase 10,000 megawatt-hours (MWh) of renewable energy, or approximately half of its annual electricity use — and nearly all of its purchased electricity. (The other half is derived from a combined heat and power plant on campus.) This partnership will enable Amherst to reduce its CO2 emissions by more than 3,200 metric tons, decreasing its greenhouse gas emissions by 17.5 percent.
“The group spent more than two years carefully searching for the right project that will generate renewable energy in our region, and allow us to reduce our greenhouse gas emissions in a cost-effective, collaborative way,” said Laura Draucker, Amherst’s director of sustainability. “The Farmington project meets our aspirational goals, including our desire to purchase project-specific Renewable Energy Certificates (RECs), which is not common in New England. We hope this partnership will inspire other colleges and universities to consider joining forces with like-minded institutions to achieve scaled environmental and financial benefits.”
The Impact at Bowdoin
For Bowdoin, which today is announcing that it has achieved carbon neutrality two years ahead of schedule, the NEC Renewable Partnership represents a second pioneering expansion of clean solar energy in Maine. It follows the 2014 development with Solar City of what was then the state’s largest solar array, with rooftop systems on the college’s major athletic facilities and on college-owned land at the former Brunswick Naval Air Station.
“Today at Bowdoin, we celebrate the dual milestones of carbon neutrality and this promising and innovative solar project with our partner colleges from Massachusetts, but we are far from done,” said Bowdoin College President Clayton Rose.
“In the coming year, we will be working with members of our campus community to put forward ambitious new plans at the college focused on greater sustainability achievements and environmental stewardship. In the meantime, it is a point of great pride that Maine will be home to this new source of clean solar energy and, that for the second time in recent years, Bowdoin is helping to establish the largest solar facility in our state.”
Close to half of Bowdoin’s annual electricity consumption will come from solar energy when the Farmington solar complex comes online. This does not include the existing 1.2 MW solar facility hosted by the college since 2014. The Farmington solar complex will reduce Bowdoin’s own-source greenhouse gas emissions by about 11 percent.
Given the new facility’s location in Maine, Bowdoin officials anticipate that the solar partnership may also provide educational and research opportunities for Bowdoin students and faculty who will soon be working together in the new $16.5-million Roux Center for the Environment slated to open on the Brunswick campus in the fall of 2018.
The Impact at Hampshire
“Across the U.S., in the absence of federal leadership, much of the action on climate change and reducing emissions is coming locally, from communities and institutions joining together,” said Hampshire President Jonathan Lash, a global environmental leader who was president of World Resources Institute and served two U.S. presidents on national environmental councils. “Five independent, private colleges partnering for a major green-energy purchase sends a signal that we’re taking responsibility for the effects of our actions.”
Since 2011, Hampshire has led a Sustainability Initiative to transform its operations, curriculum, food systems and culture to further its goal of sustainability. Building on a decades-long practice of environmental science, studies and stewardship, the college has been aggressively acting on the initiative and becoming more sustainable, and this partnership with four peer colleges across New England advances Hampshire further toward its goals. To cite other progress, Hampshire today is
- Supplying 100% of campus electricity using on-campus photovoltaic systems, on an annualized basis; these on-campus systems are rated at 4.9 megawatts DC output;
- fully divested from fossil fuels;
- promoting sustainable design as the home of higher education’s largest certified Living Building, the R.W. Kern Center, the 17th building certified under the most rigorous green-building design standard; as well as the home of a second center built to the same standard, the Hitchcock Center for the Environment;
- increasing the use of its farm and local sources to supply campus food;
- operating more efficiently after establishing a Sustainable Revolving Fund to increase investment in and implement energy-saving renovations;
- reducing emissions and saving money by converting mowed lawns back into natural meadows;
- moving closer to achieving its Climate Action Plan to make the campus climate neutral by 2022.
“This is the challenge facing our students as they reshape the workforce in the next 20 years: how to turn the U.S. economy into a low-carbon economy,” said Lash, who will retire in June. “It may seem like a distant challenge, but for our students, it’s very real and immediate. Spending so much time on campus, they learn from not only what we teach, but how we choose to live. We’re working together with them to address this serious challenge.”
The Impact at Smith
The NEC Renewable Partnership significantly expands on Smith’s existing commitment to renewable energy purchases for Smith, says Smith College President Kathleen McCartney. “This is a groundbreaking demonstration of the first collaborative purchase of New England-generated solar electricity by higher-education institutions,” she notes, “but I hope it will not be the last. This initiative demonstrates that by working together, we can make a substantive, positive impact on our environment—at the institutional level, the regional level and beyond.”
Michael Howard, Smith’s executive vice president for finance and administration, says the partnership is a significant shift into renewable energy for the college, as Smith will purchase about 30 percent of its electricity through the partnership. This is all of the electricity that the college currently does not produce on site. (Solar panels on Smith’s campus already provide the equivalent of 2 percent of Smith’s energy use.) The Renewable Partnership will reduce college greenhouse gas emissions by 10 percent, bringing Smith significantly closer to its goal of achieving net-zero greenhouse gas emissions by 2030.
The NEC Renewable Partnership will be a template for anticipated future electricity purchases, as the scale of the project—and the contract model—enable significant progress toward environmental sustainability at minimal cost.
In addition, the partnership will provide educational and internship opportunities for Smith students.
“This partnership demonstrates the substantial value that can be created through institutional collaborations,” Howard said. “When we are able to work together toward common objectives, we can be more innovative—more impactful—than we can be on our own. And those benefits accrue to all members of our communities.”
The Impact at Williams
The NEC Renewable Partnership enables Williams College to further its longstanding commitment to reducing its greenhouse gas emissions as well as advance toward meeting its two most recent sustainability goals. Set in September 2015 by the college’s Board of Trustees, these goals are to reduce emissions to 35 percent below 1990 levels and purchase sufficient carbon offsets to achieve carbon neutrality—both by the end of 2020.
“The Farmington solar complex makes it possible for Williams to procure renewable energy and the related environmental attributes at competitive rates, both of which would not be attainable without this collaborative partnership,” says Matt Sheehy, associate vice president for finance. “The arrangement also allows Williams to effectively plan and budget as well as develop strategies for our long-term procurement of energy.”
In addition, the NEC Renewable Partnership creates opportunities for Williams to continue to invest in other sustainability projects and opportunities as they arise while moving the college toward its 2020 emissions goals. “We knew from the start that we would need close to 100 percent renewable electricity to meet Williams’ most recent sustainability goals,” says Amy Johns, director of the Zilkha Center for Environmental Initiatives. “And we are thrilled both with this particular project and with the chance to work closely with our peer institutions.”
This press release can be found at the following websites:
March 19th, 2018
Enel sells energy from new US wind farm to Facebook and Adobe
- The new agreement with Facebook expands a previous deal for the purchase of the output from a 200 MW portion of the Rattlesnake Creek wind farm to now include the gradual purchase of the plant’s full 320 MW output by 2029, enabling a 100% renewable supply to Facebook’s data centre in Papillion upon its latest expansion
- Before selling the total plant’s output to the data centre, the energy produced by 10 MW of Rattlesnake Creek will be sold to Adobe between 2019 and 2028, to support the company’s commitment to renewable energy enables companies to capture business value, while also tackling climate change.
Rome and Boston, March 19th, 2018 – Enel, through its US renewable company Enel Green Power North America, Inc. (“EGPNA”) has signed new power purchase agreements with Facebook and Adobe for the sale of the energy produced by the 320 MW Rattlesnake Creek wind farm. The deal with Facebook expands upon the previous agreement for the purchase of Rattlesnake Creek’s output, increasing the renewable power supply to Facebook’s data centre in Papillion, Nebraska, upon its expansion. The agreement with Adobe will support their commitment to expanding the availability of grid-scale renewable energy. Rattlesnake Creek, which is EGPNA’s first Nebraska wind facility, is currently under construction and is expected to start operations by the end of 2018.
“We are thrilled to partner with Facebook and Adobe on this wind project and to meet their individual energy needs through a customised solution,” said Antonio Cammisecra, Head of Enel’s Global Renewable Energies Division, Enel Green Power. “Agreements like these are a prime example of our ability to work collaboratively with corporate customers on tailor-made solutions, managing multiple off-takers with different energy supply volume needs.”
The new deal between Enel and Facebook widens the scope of the bundled, long-term power purchase agreement for 200 MW signed in November 2017 to gradually include the plant’s overall output by 2029, following Facebook’s decision to significantly expand its data centre in Papillion, around 120 miles from Rattlesnake Creek. The energy produced by the entire wind farm will enable the expanded data centre to be 100% renewable-powered.
“Powering our data centers with 100% clean and renewable energy is not just a goal for Facebook, it is a requirement of our business,” said Bobby Hollis, Director of Global Energy at Facebook. “The Rattlesnake Creek wind farm will enable us to power our future Papillion Data Center, and fulfills our passion to expand the energy market for other corporate buyers, like Adobe.”
Under the agreement with Adobe, the power and renewable energy credits from a 10 MW portion of Rattlesnake Creek will be sold to the software company through a bundled power purchase agreement in the 2019-2028 period, before the plant’s total output is due to supply Facebook’s data centre in 2029. Strategic energy management services company Competitive Energy Services (CES) acted as Adobe’s partner in bringing this power purchase agreement to fruition.
“We’re excited to reach the next milestone in our sustainability goals through this agreement with Enel and Facebook,” said Vince Digneo, sustainability strategist, Adobe. “Collaboration is everything and we believe that PPA partnerships like this one are the way forward. Grid-scale renewable energy purchases are a key part of meeting our Science Based Targets and are critically important in decarbonising U.S. grids.”
The Rattlesnake Creek wind farm is owned by Rattlesnake Creek Wind Project, LLC, a subsidiary of EGPNA, and is located in Dixon County, Nebraska. Investment in the construction of the wind farm amounts to approximately 430 million US dollars and is part of the investment outlined in Enel’s current strategic plan. The project is financed through the Group’s own resources. Once fully operational in 2019, the 320 MW wind farm will be able to generate around 1.3 TWh annually.
Enel Green Power North America, part of the Renewable Energies division of the Enel Group, is a leading owner and operator of renewable energy plants in North America with projects operating and under development in 23 US states and two Canadian provinces. EGPNA operates around 100 plants with a managed capacity exceeding 4.2 GW powered by renewable hydropower, wind, geothermal and solar energy. In 2017, the company was the fastest growing renewable energy company in the US, bringing approximately 1.2 GW of capacity online. The company is currently the largest wind operator in Kansas and Oklahoma.
Enel Green Power, the renewable energies division of the Enel Group, is dedicated to the development and operation of renewables across the world, with a presence in Europe, the Americas, Asia, Africa and Oceania. Enel Green Power is a global leader in the green energy sector with a managed capacity of around 40 GW across a generation mix that includes wind, solar, geothermal, biomass and hydropower, and is at the forefront of integrating innovative technologies into renewable power plants. Through corporate power purchase agreements, Enel Green Power
- "Enel signs new PPAs with Facebook & Adobe" - The Africom
- "Enel Sells Energy From New US Wind Farm to Facebook and Adobe" - Steelguru
- "Enel signs new PPAs with Facebook & Adobe" - Windpower Engineering & Development
March 23rd, 2017
UMass Boston To Save Up To $5M With Solar Contract | Solar Industry Magazine
You can read about this project in Solar Industry Magazine here.
National Development, Altus Power America and Borrego Solar Systems Complete One of the Largest Roof-Top Solar Installations in New England
The 3.9 megawatt virtual-net-metered solar installation built atop Boston Business Park is expected to help the University of Massachusetts, Boston avoid up to $5 million in energy costs over the next 20 years.
LOWELL, MA — March 23, 2017 — National Development, Altus Power America and Borrego Solar Systems announce the completion of a 3.9 megawatt (MW) roof-top solar installation, located on a 430,000-square-foot manufacturing and distribution center straddling the Boston/Dedham line. The solar project is the largest operational roof-top installation in Massachusetts and is expected to generate 4.8 million kilowatt hours (kWh) of energy annually. Boston Business Park is owned by National Development and is home to large-scale warehousing and distribution companies such as HD Supply, Max Finkelstein Inc. and Gentle Giant.
“We were thrilled to work with Altus Power and Borrego Solar on such a landmark installation—one of the largest solar installations in New England—which not only adds a great deal to the property but, more importantly, fulfills a major goal of National Development to make our buildings as sustainable as they can be while being innovative in the process,” said Andrew Gallinaro, senior vice president of asset management at National Development.
Altus Power owns the solar installation and will sell the energy produced to the UMass Boston through a Net Metering Credit Purchase Agreement. Virtual net metering is a utility billing mechanism that enables the offtaker to receive energy credits on its utility bill from a remotely-located installation. Altus Power has funded, owns, and operates more than 80MW of solar nationally, with 32MW completed or in development in the Commonwealth.
“Powering up this solar system and starting to deliver clean energy savings to UMass Boston marks an important milestone for Altus Power and our development, construction and real estate partners,” said Gregg Felton, managing partner of Altus Power America. “We are very pleased to have worked closely with Borrego Solar, National Development, UMass Boston, the City of Boston and Town of Dedham to bring this project to its successful completion and we look forward to continuing to build more clean energy in Massachusetts for the benefit of our commercial and public customers.”
In Massachusetts, this amount of solar power is enough to offset approximately 128 million pounds of carbon dioxide equivalents over the next 25 years,1 the equivalent of eliminating nearly 140 million vehicle miles or taking nearly 820 cars permanently off the road.
Borrego Solar—the leading developer, designer, installer and O&M provider of solar and energy storage systems in Massachusetts—built and developed the array. The company has installed more than 125 MW of solar in the Commonwealth.
“This project demonstrates the remarkable evolution of Massachusetts’ solar market. When we began developing and installing solar here in 2007 there were only 3MW of operational solar plants and virtual net metering had just been enacted,” said Jared Connell, Massachusetts director of project development for Borrego Solar. “We’re now able to cost-effectively construct massive roof-top projects that provide significant economic and environmental benefits for all stakeholders.”
UMass Boston was advised by Competitive Energy Services (CES). “CES has assisted UMass Boston with energy related issues since 2011. The five UMass System campuses combined are the largest offtakers of virtual net metering credits in the Commonwealth and the 3.9MW solar array at the Boston Business Park will be one of the final PV systems installed in their portfolio, bringing their total offtake to about 50MW. It has been great to work with Altus Power and Borrego Solar on this project on behalf of UMass. The solar array will provide important financial savings to the University and UMass is thrilled to help yet another solar project reach commercial operations in Massachusetts,” said Zac Bloom, director of sustainability for Competitive Energy Services.
About Altus Power America Management, LLC
Altus Power America Management, LLC is a Greenwich, CT-based company that invests in, owns and operates clean energy projects providing renewable energy and solar savings renewable energy and solar savings to commercial and public sector clients. In October 2016, Altus increased its investment capital by more than $200 million with commitments from the Alternative Energy Investing group at Goldman Sachs, Global Atlantic Financial Group and FS Investments (which is sub-advised by GSO Capital Partners, Blackstone’s credit business). Visit http://www.altuspower.com for more information.
About National Development
For over 25 years, National Development has been one of the most active real estate development and property management firms in Massachusetts. Specializing in mixed-use, retail, industrial, multi-family, commercial and senior housing projects, National Development and its affiliates have developed over 28 million square feet of space and currently are managing over 9 million square feet and 2,200 residential units. For more information, visit http://www.natdev.com or follow @nationaldevelop.
About Borrego Solar
Established in 1980, Borrego Solar Systems Inc. is one of the leading designers, developers, installers and O&M providers of commercial and utility photovoltaic (PV) solar power systems in the United States with more than 270MW of installations in operation and more than 100 MW currently under construction. Borrego Solar is a market leader nationally in addition to having the largest market share in Massachusetts and New York. With more than three decades of experience, Borrego Solar’s PV systems are efficient, reliable and cost-effective. The company’s mission is to solve the world's energy problems by accelerating the adoption of renewable energy. Its people are committed to excellence in every aspect of solar design, construction and operation. For more information, visit http://www.borregosolar.com.
About UMass Boston
The University of Massachusetts Boston is deeply rooted in the city's history, yet poised to address the challenges of the future. Recognized for innovative research, metropolitan Boston’s public university offers its diverse student population both an intimate learning environment and the rich experience of a great American city. UMass Boston’s 11 colleges and graduate schools serve nearly 17,000 students while engaging local and global constituents through academic programs, research centers, and public service. To learn more, visit http://www.umb.edu.
About Competitive Energy Services
Competitive Energy Services is an independent energy advisory firm that provides strategic energy consulting services for commercial, industrial, governmental and institutional customers throughout the United States and Canada. CES manages energy procurement activities on behalf of clients for energy commodities and renewable energy systems, with unparalleled market insight and a powerful, multi-supplier competitive bid system. Other services range from energy risk management, budgeting and hedging strategies, to greenhouse gas accounting and climate action planning. For more information, please visit http://www.competitive-energy.com.
January 12th, 2017
Solar Energy Companies Collaborate with Brandeis University to Install 1.3 Megawatt Virtual-Net-Metered Solar Array to Save up to $2 Million in Energy Costs Over 20 Years
Original article: http://www.prweb.com/releases/2017/01/prweb13977848.htm
You can also read about this project in Solar Industry Magazine here.
Solar project resulted from collaboration between Kenyon Energy, Borrego Solar, AEW Capital Management, and Competitive Energy Services with Brandeis
LOWELL, MA — Four solar project partners—Competitive Energy Services, Kenyon Energy, Borrego Solar Systems and AEW Capital Management—today said they have developed a collaboration with Brandeis University on a solar energy system that will directly reduce Brandeis’ electricity costs. The system is expected to be operational in spring 2017.
Under the program, Brandeis will purchase solar energy from a 1.27 megawatt (MW) system installed on the roof of a property in Somerville, Mass., which is owned by an affiliate of AEW Capital Management. Through the utility billing mechanism known as virtual net metering, Brandeis will receive credits on its utility bill for every kilowatt hour (kWh) produced by the remotely located installation.
“We hope this is the first of many opportunities to support new solar developments in Massachusetts, and hedge against the volatile, fossil fuel-based electricity market,” said Mary Fischer, Brandeis’ Sustainability Manager. “While we continue to investigate long-term, on-site solar for our campus, this agreement is an immediate opportunity to demonstrate our commitment to sustainability and fiscal responsibility.”
Fisher said that the system is expected to reduce Brandeis’ energy bill by an estimated $70,000 in the first year, and up to $2 million over 20 years.
The solar array will generate nearly 1.6 million kWhs of energy in its first year, enough to provide 3.5 percent of Brandeis’ energy needs. In Massachusetts, this amount of power is enough to offset approximately 34 million pounds of carbon dioxide equivalents over the next 20 years,1 the equivalent of eliminating 40 million vehicle miles or taking nearly 220 cars permanently off the road.
Brandeis has a 20-year Power Purchase Agreement (PPA) with Kenyon Energy to finance the solar installation. The university will pay Kenyon Energy for the electricity generated by the solar facility at a cost significantly below its current utility rates. Brandeis is able to mitigate the risk of significant, unexpected future rate increases by contracting a predictably escalating rate through the PPA term.
Kenyon Energy, a national solar developer and financier, will own, operate, and manage the facility to ensure maximum energy generation for Brandeis across the system’s lifecycle.
“This project will bring tremendous benefit to Brandeis University,” said Ray Gonzalez, President of Kenyon Energy. “We’re delighted to help diversify the University’s energy consumption, reduce electricity costs and help Brandeis achieve important long-term sustainability goals.”
Borrego Solar—the leading solar developer, designer, installer and O&M provider in Massachusetts—built and developed the array. Borrego Solar has installed approximately 150 MW of solar in the Commonwealth. Competitive Energy Services consulted Brandeis in its effort to go solar and facilitated the contracting of Borrego Solar and the site it developed for the array.
“Brandeis and Competitive Energy have worked together on energy initiatives since 2013, and this project represents the culmination of months of investigation, analysis, and collaboration,” said Zac Bloom, director of sustainability for Competitive Energy Services.
About Brandeis University
Brandeis University is a highly competitive private research university with a focus on undergraduate education. Founded in 1948 by the American Jewish community and named for Supreme Court Justice Louis D. Brandeis, Brandeis embraces the values of academic excellence, critical thinking, openness to all, and making the world a better place. Brandeis is a member of the Association of American Universities (AAU), which represents the 62 leading research universities in the United States and Canada. Located just west of Boston in Waltham, Massachusetts, Brandeis’ distinguished faculty are dedicated to the education and support of 3,600 undergraduates and more than 2,000 graduate students.
About Kenyon Energy
Kenyon Energy finances, plans, develops, and operates distributed and grid connected, solar power facilities delivering renewable electricity nationwide. Since 2009, Kenyon Energy has been a leading national provider of commercial, industrial and utility scale solar solutions developing a reputation as one of the industry's most reliable partners. Kenyon Energy and affiliates comprise a national, independent power producer providing direct, solar-generated electricity to municipalities, utilities and corporations. For more information about Kenyon Energy, please visit http://www.kenyonenergy.com.
About Borrego Solar
Established in 1980, Borrego Solar Systems Inc. is one of the leading designers, developers, installers and O&M providers of commercial and utility photovoltaic (PV) solar power systems in the United States with more than 290 megawatts (MW) of installations in operation and nearly 100 MW currently under construction. Borrego Solar is a market leader nationally in addition to having the largest market share in Massachusetts and New York. With more than three decades of experience, Borrego Solar’s PV systems are efficient, reliable and cost-effective. The company’s mission is to solve the world's energy problems by accelerating the adoption of renewable energy. Its people are committed to excellence in every aspect of solar design, construction and operation. For more information, visit http://www.borregosolar.com.
About Competitive Energy Services
Competitive Energy Services is an independent energy advisory firm that provides strategic energy consulting services for commercial, industrial, governmental and institutional customers throughout the United States and Canada. CES manages energy procurement activities on behalf of clients for energy commodities and renewable energy systems ng unparalleled market insight and a powerful, multi-supplier competitive bid system. Other services range from energy risk management, budgeting and hedging strategies, to greenhouse gas accounting and climate action planning. For more information, please visit http://www.competitive-energy.com.
About AEW Capital Management
Founded in 1981, AEW Capital Management, L.P. (AEW) provides real estate investment management services to investors worldwide. One of the world’s leading real estate investment advisors, AEW and its affiliates manage $55.8 billion of property and securities in North America, Europe and Asia (as of June 30, 2016). Grounded in research and experienced in the complexities of the real estate and capital markets, AEW actively manages portfolios in both the public and private property markets and across the risk/return spectrum. AEW and its affiliates have offices in Singapore, Hong Kong, Boston, Los Angeles, London, and Paris, as well as additional offices in nine European cities.
November 18th, 2016
SKTC approves solar consortium | The Narragansett Times
Contact: Kendra Gravelle; 401-789-9744
SOUTH KINGSTOWN — At its meeting Monday, the town council voted unanimously in favor of a resolution authorizing the town manager to establish a South Kingstown Solar Consortium Agreement in conjunction with the University of Rhode Island and Narragansett.
“As we move forward with developing solar projects in South Kingstown, what we are looking to do is to have a joint agreement with the town of Narragansett and the University of Rhode Island for the management of solar contracts that any of the parties are to agree to,” said South Kingstown Town Manager Stephen Alfred.
South Kingstown will act as the managing partner for the consortium, Alfred added. As the managing partner, South Kingstown will sign the contracts with Competitive Energy Services, LLC (CES), a solar energy consulting service based in Portland, Maine.
The town council voted unanimously to authorize the town manager to execute a contract with Providence-based Energy Development Partners (EDP) for virtual off-site net metering, allowing the partners to receive renewable energy credits for the solar power contributed to the power grid.
“We’ll be committing the power load of the town of South Kingstown and the power load of the school department — the same goes for Narragansett with their municipality and schools and the University of Rhode Island — to obtain the renewable energy credits,” Alfred explained. The contract with EDP is expected to earn around $2.2 million in renewable energy credits for the town of South Kingstown, and around $1.7 million for the South Kingstown School District, over a 25-year period, Alfred added.
Those renewable energy credits can either be held or can eventually be sold. The town council also unanimously agreed to continue an existing consulting contract, originally granted in September, 2015, with CES through September of next year for an amount not to exceed $22,000.
The town council also agreed to award a 25-year contract to CES thereafter for the monthly management and accounting services associated with the contract with EDP, subject to agreement from the town of Narragansett and URI.
“This is the most complex agreement I’ve had to work on,” Alfred said. “We’re talking about a major piece of work here - probably the first of its kind.”
November 1st, 2016
CES CEO Dr. Richard Silkman Named One of Maine's 10 Most Intriguing People by Portland Monthly
Though we at CES have long known it, Portland Monthly Magazine has recognized CES's Dr. Richard Silkman as one of the 10 Most Intriguing People in Maine. Dr. Silkman's interview with the magazine focuses on his efforts with bringing cost-saving alternative energy generation to the state of Maine.
See the full magazine edition here: http://www.portlandmonthly.com/issues/november2016/?page=1
A PDF copy of the article can be found here: http://www.portlandmonthly.com/pdf/10%20Most%20Nov16.pdf
A text version of the article is here: http://www.portlandmonthly.com/portmag/2016/10/most-intriguing/
Or pick up a hard copy at a local Maine store near you!
July 20th, 2016
UMass Amherst Installing More than 15,000 Solar Panels to Reduce Emissions, Cut Electricity Costs by $6.2 Million
Contact: Larry Rivais; 413-545-0444
AMHERST, Mass. – The University of Massachusetts Amherst has embarked on a major solar energy initiative that will cut its electric bills by $6.2 million over 20 years and reduce greenhouse gas emissions by the equivalent of 31,000 non-metric tons of carbon dioxide.
At no upfront cost to itself, the university is installing 15,576 photovoltaic panels across campus to provide 5.5 megawatts (MW DC) of clean renewable electrical power at heavily discounted rates. The total annual generation from the new installations is estimated to equal the annual electrical energy use of 900 Massachusetts homes.
The eight solar panel installations – six on rooftops and two above existing asphalt parking lots – will be engineered and constructed by Brightergy, a national energy company with offices in Charlestown, Mass. Brightergy, through its partnership with Sol Systems, arranged for project finance, ownership and ongoing maintenance of the solar installations with ConEdison Solutions for up to 20 years. The university will buy all of the electricity from the $16 million project for direct use on campus through a power purchasing agreement. The installations will be completed by the end of 2016.
“UMass Amherst prides itself on being a sustainability leader, serving as a model for campuses and communities across the country,” said Shane Conklin, associate vice chancellor for facilities and campus services. “We are very excited to be moving forward with what we view as an economic, environmental and educational win for our entire community.”
“We are thrilled to be involved with the University of Massachusetts Amherst’s forward-thinking decision to execute this watershed project,” said Brightergy CEO Adam Blake. “This is a partnership with multi-faceted benefits for many, not least of whom will be the students who will have a unique, real-world STEM learning opportunity on campus.”
“America’s college campuses often help point the way to the future when it comes to sustainability and renewable energy,” said Mark Noyes, president and CEO of ConEdison Solutions. “Working in conjunction with Brightergy and Sol Systems, we are proud to be helping the University of Massachusetts Amherst reinforce its commitment to clean energy and a greener tomorrow.”
In addition to presentations and career mentoring by Brightergy, the partnership offers student access to the Mullins Center parking lot solar array as a learning lab. The agreement with Brightergy is also providing the university with $41,000 in educational funds for UMass Amherst students over the first three years and internship opportunities for four students over the next three years.
UMass Amherst has already cut its greenhouse gases by 23 percent since 2005, in addition to establishing a variety of green initiatives including energy reduction, using sustainable and local foods, composting and promoting alternative transportation. The university holds a STARS Gold designation from the Association for the Advancement of Sustainability in Higher Education and was ranked among the Top 50 Green Colleges by Princeton Review in 2015. There are no up-front costs to the university for the solar arrays. ConEdison Solutions sells the electricity to the university at a rate well below market, and as owner, ConEdison Solutions benefits from government incentives. The solar arrays will save the university $89,000 on electricity in the first year, and the savings will grow to average $310,000 per year and total $6.2 million over 20 years.
ConEdison Solutions, one of America’s largest energy services firms, and Sol Systems, a solar energy finance and investment firm headquartered in Washington, D.C., are the project finance partners. Competitive Energy Services of Portland, Maine, provides energy-related consulting services to the campus and was involved in the review and competitive bidding of the program. Most of the power—4.487 MW DC—will come from the combined 11.6 acres of arrays on steel canopies to be built above parking lots at the Mullins Center and the North Residential Area. The canopies will resemble those already operating at the 192 kW AC prototype installation at the university’s Robsham Memorial Center for Visitors on Massachusetts Avenue. With a clearance of 13 feet, 6 inches, the canopies will allow shaded parking for cars and trucks.
Rooftop installations will be on the Recreation Center, Computer Science Building, Champions Center, Fine Arts Center, police station and bus maintenance garage.
The university will continue to generate approximately 78 percent of its energy at its Combined Heat and Power plant on campus. The new solar power will replace about one-fifth of the remaining 22 percent, which is purchased from Eversource, at a basic saving of about 7 cents per kilowatt-hour.
The savings are greater, however, because the solar power can be applied to peak-time usage, which carries higher rates. “This will cut peak usage charges in half,” said Raymond Jackson, director of the UMass Amherst Physical Plant.
The savings for the university are guaranteed for 20 years; although the actual rate may rise, the difference between the university’s cost and commercial rates will remain, Jackson said. Other project benefits include a reduction in emissions from the regional electric grid by the equivalent of about 31,456 non-metric tons of carbon dioxide over the 20 years. If the university were to become owner of the project, it would be credited with the emissions reduction, which would advance its long-term goals for sustainability. “In year 10, we have the ability to buy the units at a reduced cost,” Jackson said. “By 2050, we want to be carbon neutral.”