- Downloadable PDF that includes graphics can be found here. New version dated August 14, 2019.
- Comments can be posted below or sent directly to Tom Ranken at email@example.com.
Why We Should Continue to Fund the Clean Energy Fund
- Big Bang for the Buck– The Clean Energy Fund requires awardees to secure funding for at least half of the total cost of a project, both helping to make ambitious projects a reality and prolonging state funds to get the most bang for your buck.
- Big Return on Investment- In the first two cycles of funding alone, Washington invested $76.4 million and attracted $166 million in matching funds, a $2.47 return on every $1 the state invested.
- Sparks Innovation– From finding new ways to recycle aerospace materials to generating electricity from supercritical carbon dioxide to developing bio-derived plastics for the food industry, the Research, Development, and Deployment Program is sparking world-changing innovation right here in Washington.
- Ensures Fairness in Awarding Contracts– Written into the legislation is language that requires fairness in evaluating proposals, awarding contracts, and monitoring projects so that due diligence is performed and there are no conflicts of interest.
- Creates Jobs– CEF1 created an estimated 391 jobs and CEF2 generated an estimated 430 jobs with hundreds more created in most recent two cycles of funding and even more jobs retained.
- Builds Communities– Through the Energy Revolving Loan Fund, nonprofit lenders have leveraged millions of dollars in funding to help homeowners complete projects that make their homes more energy efficient; helping homeowners to save on energy costs and building greener communities.
- Improves Our Electric Grid– Grid Modernization has led to ground-breaking innovations such as the development of ride-through technology, which allows for microgrids within the electricity grid to sync and un-sync seamlessly to improve efficiency.
- Sets an Example– Washington is leading the way and setting an example for other states and countries. The Clean Energy Fund has provided a framework for others to follow and shows that funding clean energy isn’t just good for the environment, it’s good for the economy too.
A: Lindsay McCormick was born and raised in Omaha, Nebraska. She attended Western Washington University and graduated in only 3 years with a degree in Biology with an Ecology, Evolutionary, and Organismal emphasis. She is passionate about biology, the environment, and politics and wants to make the world a better place by working to fight climate change. For further inquiries or employment opportunities, she can be reached at firstname.lastname@example.org or by phone at 402-707-3902.
The Clean Energy Fund (CEF) funds the development, demonstration and deployment of clean energy technology in Washington State. Since its launch in 2013, Governor Jay Inslee and the Washington State Legislature have championed the fund – appropriating more than $150 million to fund innovative cleantech projects across the Evergreen State. These investments have resulted in the reduction of carbon emissions, implementation of proven energy efficiencies, and the advancement of Washington State as a leader in cleantech innovation and adoption.
To receive a CEF investment, project sponsors are required to match the state’s investment with additional private and federal dollars. In effect, this requirement means that the state’s seed funding can unlock additional capital to benefit our state’s communities and residents. The result has been a statewide coalescing of research and development, innovation-based projects in clean technologies, and applied projects in the field that have informed ongoing economic development in clean energy adaptation and adoption.
The authorizing legislation for Clean Energy Fund requires fairness in evaluating proposals, awarding contracts, and monitoring projects. The legislation also mandates how state dollars are allocated into each of the distinct programs within the Clean Energy Fund and the criteria that recipients must meet in order to be eligible for funding.
Clean Energy Fund Programs
In the four rounds of Clean Energy Fund, the state’s investment has been divided up amongst numerous programs intended to target different capital gaps. Those programs – not all of which existed in each round of funding – have included:
- Grid Modernization;
- Research, Development, and Demonstration (RD&D);
- Grants to Nonprofit Lenders;
- Greenhouse Gas Reduction;
- Electrification of Transportation Systems (ETS); and
- Solar Deployment.
Additionally, in several rounds, legislators used Clean Energy Fund appropriations to allocate money to specific, high-impact energy savings and research projects in the state.
Impact and Map of Sites
- Over $110 million in CEF funding has already been deployed and leveraged to advance the state’s clean energy economy. An additional $42 million was appropriated for the fourth round of Clean Energy Transition Fund (CETF4) – but has yet to be invested by the state.
- In CEF1-3, the Grid Modernization program has allocated around $37 million to seven utility companies for 13 projects. These projects have led to ground-breaking innovations such as the development of ride-through technology, which allows microgrids within the electricity grid to sync and un-sync seamlessly to improve efficiency.
- The RD&D program has resulted in over $25 million in awards over 2 rounds of funding to 23 innovative projects, many of which are being conducted by researchers at the University of Washington and Washington State University.The state’s investment was critical to attracting additional federal and private research dollars.
- The Grants for Nonprofit Lenders program provides critical access-to-capital for clean energy projects undertaken by businesses, nonprofits, affordable housing developers, and individual homeowners. Three recipients have now deployed a total of $30.3 million as loans, which – as they are repaid – will revolve and continue to benefit the state.
- Two newer programs, Electrification of Transportation and Solar Deployment, will see investment before the close of calendar year 2020.
Click the link to zoom in on map: https://drive.google.com/open?id=1U_s-NgTFx5H-oiAFTRigiONorbd1YLSc&usp=sharing
Modernization of the electric grid is an area where Washington state is already a global research and development leader. Investments through the Clean Energy Fund’s Grid Modernization program to public and private utilities have improved our understanding of battery chemistry, implemented microgrids, and integrated solar and other renewable power into the grid.
In CEF1, during the 2013 biennium, three electric utilities were awarded a total of $14.3 million to evaluate different battery and storage systems and deploy both Lithium Ion and Vanadium Redox Flow battery systems.
In CEF2, during the 2015 biennium, five electric utilities were awarded a total of $12.5 million to develop microgrids that combined solar power generation with storage, load controls and other elements. These projects provide energy resiliency while further expanding the innovations in battery energy storage first demonstrated in CEF1.
In CEF3, during the 2017 biennium, four electric utilities were awarded a total $10.67 million to fund projects focusing on the advancement of clean and renewable energy technologies, transmission and distribution control systems, support of renewable energy source integration, deployment of distributed energy resources, sustainable microgrids, and increased utility customer options for energy sources, energy efficiency, energy equipment and utility services.
In CETF4, during the 2019 biennium, $7.7 million will be awarded to yet-to-be-named electric utilities to further the objectives outlined in CEF3.
The Puget Sound Energy (PSE) Glacier Battery Storage project in Glacier, WA included the installation of a two megawatt (MW)/ 4.4 megawatt-hour (MWh) lithium-ion battery system. The battery system is tied to PSE’s electric distribution power grid and serves as a short-term backup energy source during power outages and aims to reduce system load during periods of high demand and balance energy supply and demand. The project received $3.8 million in CEF1 funding, which was matched by $7.4 million in capital from PSE. The battery system is now fully functional and two phases of testing have been performed by the Pacific Northwest National Laboratory (PNNL) to determine the benefits of the battery and to identify future applications.
Energy Northwest’s Horn Rapids Project in Richland, WA received a $3 million investment from CEF2, which was matched by an additional $3.5 million in non-state funding. The funding will be used to construct a first-of-its-kind facility that combines solar generation, battery storage, and technician training. Construction will be completed by early 2020. The result will be a 1MW/4 MWh battery storage system with the capacity to power 150 homes for four hours. The training program will cover plant construction, operations, maintenance and hazard prevention and is expected to generate over $3 million in economic benefit to the Tri-Cities annually.
Research, Development, & Demonstration (RD&D)
The RD&D program supports and leverages the University of Washington, Washington State University, Pacific Northwest National Lab, and a host of other state institutions and clean energy organizations to conduct research that advances:
- Energy storage and solar and other renewable energy technologies,
- Bioenergy and biofuels,
- Understanding of new earth abundant materials or lightweight materials, engineering advanced energy storage materials, and
- Innovative approaches for recycling of battering components, developing new renewable energy and energy efficient technologies.
CEF investments into individual researchers and research programs leverage highly-competitive federal R&D funds and private matching dollars – and demand has far outstripped availability.
In CEF2, during the 2015 biennium, eight projects were awarded a total of $10 million to support clean energy research and development
In CEF3, during the 2017 biennium, funds for RD&D attracted 52 applicants and $51 million in proposed projects for only $8.2 million in available capital. Out of the 52 applicants, ten applicants have been conditionally awarded grants.
CETF4 has $8.1 million allocated for RD&D in the 2019 Capital Budget. Awardees have not yet been announced.
University of Washington Mechanical Engineering Department MEBARC program received $1.1 million in funding from CEF3 to help make composites manufacturing more-economically viable by improving quality, reducing energy costs, and minimizing waste and scrap. The program is also developing college graduates with skills in advanced manufacturing, a vitally important economic sector to the state of Washington.
Corumat, a materials science
company, has been conditionally awarded $2.3 million from CEF3 to develop
bio-derived plastics for the food industry. The company intends to replace
solid plastic with as little as one-third of the material, which will lower
material costs and dramatically reduce the carbon emissions through the use of
To grow a robust cleantech ecosystem and reduce energy use, entrepreneurs, nonprofits, and homeowners alike require access-to-capital. The Clean Energy Fund’s Grants to Nonprofit Lenders program provides capital to competitively-selected, mission-focused nonprofit lending institutions. Those institutions then invest in proven building energy efficiency and renewable energy technologies that currently lack access to capital – whether in the residential or commercial sectors.
The Clean Energy Fund has allowed lenders to leverage other private financing from utilities, contractor incentives, and other sources to allow homeowners and businesses to complete clean energy projects that reduce energy usage and improve quality of life including the installation of efficient windows, insulation, ventilation, and high-efficiency water heaters, seal ducts, and replacing boilers.
Over three rounds of funding, three lenders have received investments – Craft3, Puget Sound Cooperative Credit Union, and Washington State Housing Finance Commission.
Craft3 is a regional nonprofit that makes loans in Oregon and Washington that strengthen the resiliency of businesses, families, and nonprofits, including those without access to traditional financing. With Clean Energy Fund capital, it offers affordable home energy upgrade loans to homeowners that live in Seattle City Light, NW Natural, and Pacific Power service territory. It also has invested CEF dollars in twenty-five small business and nonprofit projects that have reduced energy consumption, generated renewable energy, and boosted cleantech manufacturing. Those commercial loans – made with over $14 million in CEF capital – were matched by $9.7 million in Craft3’s own funds and leveraged $68.4 million in private capital.
Washington State Housing Finance Commission (WSHFC) is a publicly accountable, self-supported organization that is dedicated to increasing housing access and affordability in Washington. In 2009, the state legislature empowered WSHFC to create a Sustainable Energy Trust (SET) to help non-profit facilities and multi-family become more energy efficient. Thanks to two separate CEF investments that totaled $1.9 million, WSHFC has already leveraged an additional $2 million to help eight non-profit organizations perform substantial energy efficiency retrofits to their outdated facilities. These retrofits free up a significant amount of operating revenue that can subsequently be used for an organization’s mission instead of their utility payments. For example, a SET/CEF loan helped Valley Cities rebuild their Seattle Recovery Center, where utility costs are now approximately 70% less than their Auburn facility.
Puget Sound Cooperative Credit Union (PSCCU) received $2.9 million for residential energy upgrades in the 2013 biennium from CEF1. Recently, they received additional CEF grant money for loan loss reserves to support energy-smart loans, which includes renewables and electric vehicles. PSCCU leverages funds at a ratio of 20:1 and has turned over $8.5 million in funds to nearly $75 million in loans. These loans have put money back into our local economies, created living wage jobs, and have helped homeowners, farmers, and small business owners from Aberdeen to Zillah. Every day, PSCCU is using Clean Energy Fund to make an impact on Washingtonians by making someone more comfortable in their home, helping a small business use less energy, creating a job, and protecting our environment for future generations.
A special thanks to Tom Ranken at the CleanTech Alliance™ and Brian Young at the Washington Department of Commerce for the opportunity to create this paper.
Thank you to Ann Goos, Carl Seip, and Jill Nordstrom for their input in revising and editing this paper.
$36 million total to fund three competitive programs from the 2013-2015 Capital Budget. Smart Grid Grants to Utilities ($15 million). Energy Revolving Loan Fund Grants ($15 million). Federal Clean Energy Matching Funds ($6 million).
- Snohomish County PUD MESA1 and MESA2- $7.3 million total for two demonstration projects. The PUD is working with Seattle-based 1Energy Systems to implement Modular Energy Storage Architecture, a set of nonproprietary design and connectivity standards that provide a scalable approach for energy storage control system integration and optimization.
- Avista- $3.2 million grant to field test a 1-MW, 3.2-MWh UniEnergy vanadium flow battery assembly in a three-year demonstration project at a substation in Pullman.
- Puget Sound Energy- $3.8 million to help deploy a 2-MW, 4.4-MWh lithium-ion/phosphate battery assembly in Glacier.
Federal Clean Energy Matching Funds
- Pacific Northwest National Lab (PNNL)- Pacific Northwest National Lab (PNNL)- $2.25 million ($1.1 million to WSU, $783,000 to UW and $367,000 to PNNL) to address the key challenge of providing smooth, stable, and predictable “control” of PNNL, UW, and WSU “smart” assets via a regional renewables integration resource and R&D testbed
- PNNL – $695,000 to collect data from Avista, PSE, & SnoPUD Smart Grid battery projects and perform the analytics on the Smart Grid Use Case Analysis further documenting the economic viability and grid resiliency values of energy storage systems (batteries).
- PNNL – $145,000 joint project with Avista for development of energy storage control strategies through controls optimization for the battery control software algorithms.
- Composite Recycling Technology Center- $1 million torenovate their industrial and workforce training facility used to recycle composite materials.
- SnoPUD BPA joint project- $1 million for a joint project with Bonneville Power Administration (BPA) entitled, “Support Using Distribution-Level Energy Assets to Help Optimize Regional Transmission Systems”. This project provides pricing schemes that could incentivize utilities to respond to BPA congestion and renewable power loads by Using Distribution-Level Energy Assets to Help Optimize Regional Transmission Systems.
- University of Washington – $518,000 accelerate the development of next-generation arrays of wave energy conversion (WEC) and tidal energy conversion (TEC) devices through a suite of field-focused R&D activities by the Northwest National Marine Renewable Energy Center developed Advanced Laboratory and Field Arrays.
Grants to Nonprofit Lenders
- Craft3- $8.7 million for commercial sector; $2.9 million for residential sector
- Puget Sound Cooperative Credit Union (PSCCU)- $2.9 million for residential sector
$36 million to fund four competitive programs from the 2015-2017 Capital Budget. Grid Modernization ($13 million). Research, Development, and Demonstration ($10 million). Grants to Nonprofit Lenders ($13.6 million). Credit Enhancement for Renewable Energy Manufacturing Funds ($200,000).
- Snohomish County PUD – $3.5 million for a micro-grid & clean energy technology center in Arlington
- Avista – $3.5 million for a micro transactive grid project called Spokane Urbanova.
- Energy Northwest $3 million for the Horn Rapids Solar, Storage & Training Project
- Seattle City Light – $1.5 million for the resilience focused Miller Community Center solar & storage microgrid pilot
- Orcas Power & Light Co. $1 million for the Decatur Island solar & storage microgrid project
- Composite Recycling Technology Center (CRTC) ($1.7 million) to demonstrate viable commercial processes for recycling carbon fiber.
- Edaleen Cow Power ($273K) for an advanced solids and nutrient recovery system converting manure into fertilizer and cow bedding.
- Impact Bioenergy ($550K) to demonstrate conversion of food waste into biogas
- Janicki ($283K) for a bio-digester that will produce clean water and renewable natural gas and from farm waste.
- Polydrop ($449K) for conductive polymer additives to improve the fuel efficiency of vehicles and planes
- Microsoft ($675K) for fuel cells in a data center environment
- Oscilla Power ($1 million) to build and test community scale wave energy conversion
- Dresser Rand ($870K) will test HydroAir™, a variable radius turbine system that generates electric power from ocean waves.
- Demand Energy ($630K) to develop a platform that will help evaluate new battery technologies and optimize renewables and energy storage.
- Battery Informatics ($135K) for next generation lithium ion battery management systems to maximize battery efficiency
- Zunum Aero ($800K) to develop the first commercial-class hybrid aircraft.
- Battelle (Pacific Northwest National Lab) ($2 million) to further develop transactive technology allowing building owners to dynamically control energy use.
Grants to Nonprofit Lenders
- Craft3- $4.2 million
- PSCCU- $4 million
- Washington State Housing Finance Commission- $1.5 million
Credit Enhancement Grants
- Itek – $200,000 providing credit enhancement incentive for the enlargement of an advanced energy technology manufacturing site.
$36 million to fund five competitive programs from the 2017-2019 Capital Budget. Grid Modernization Grants to Utilities ($11 million). Electrification of Transportation Systems ($11 million). Research, Development, and Demonstration ($7.85 million). Solar Deployment ($4 million). Greenhouse Gas Reductions ($2.4 million).
Grid Modernization (All awards inclusive of final grant amount are contingent and projects in active negotiations as of August 10, 2019)
- Avista is involved in developing Spokane’s University District, including the 150,000-square-foot Catalyst Building. The building will generate the energy it uses through solar panels and other renewable energy technologies – a “net zero” design. It will be connected to an eco-district powered by a centrally located power plant. Avista’s shared energy economy pilot allows buildings to share energy resources to more efficiently generate and use energy, and to store excess energy created by the buildings for future use. This Clean Energy Fund grant will support further evaluation of this and other similar grid utilization strategies. It expands on a separate solar plus microgrid research, development and demonstration project funded in part with a $3.5 million grant in 2017. The new work will assess how this cluster of buildings performs and what infrastructure will be needed for these types of developments in the future.
- Orcas Power & Light (OPALCO) proposes to develop a hybrid energy storage system Combined with state-of-the-art switch gear, the system will use a mix of flow (longer lasting) and lithium ion (more rapid responding) battery technology to provide rapid response and long life at moderate cost. A prior community solar project enabled with a $1 million grant from the Clean Energy Fund in 2017 was used to demonstrate a similar microgrid application on remote Decatur Island. The new project will be co-located with a community solar project (separately funded) near the Lopez Island town center, providing opportunities for customers to participate in new service programs around green energy. Additionally, OPALCO seeks to maximize economic benefit to the community and will look at a variety of other uses, including back-up power to improve outage response.
- Puget Sound Energy is planning an innovative microgrid project in Tenino, Thurston County. PSE’s Blumauer substation will be the host site for the first utility scale solar plus storage microgrid project in PSE’s service area. In partnership with the Tenino School District, PSE will use solar power, along with new energy storage and customer load controls, to increase reliability and resilience for Tenino High School. Another battery will also be installed at the end of a distribution feeder line in the rural community, which will enable the demonstration of reliability improvement. With funding from a Clean Energy Funds grant, PSE previously deployed a battery energy storage solution to provide a variety of grid support services including back-up power to customers in the rural community of Glacier, near Mt. Baker.
- Tacoma Power proposes partnering with a large industrial customer, to construct an 850,000-gallon liquid nitrogen storage tank for use as liquid air energy storage. It will have equivalent large capacity for a 15 megawatt/450-megawatt hour demand response. Combined with automation and control strategies, the liquefied air tank will benefit both the company and Tacoma Power by unlocking new ways to deliver the consistent, reliable, high power loads needed. This type of thermal energy storage system can provide many economic and grid benefits for utilities and their industrial customers.
RD&D (All awards inclusive of final grant amount are contingent and projects in active negotiations as of August 10, 2019)
- Beta Hatch to design and build Washington’s first commercial insect farm, with air handling systems to optimize waste heat use from a data center. The project will develop modular insect farms as a novel end-use for low-value waste heat in rural Washington.
- Corumat for development of bio-derived plastics relevant to the food industry. This project allows the replacement of solid plastic with as little as 1/3 the material.
- Composite Recycling Technology Center (CRTC) to develop lightweight products from recycled aerospace scrap for multiple applications to include marine cabling and lightweight advanced cross-laminated timber.
- Insitu for development of a transportable hydrogen generation and liquefaction system to produce clean hydrogen from a renewable power source.
- Oscilla Power to determine the optimal system configuration and parameters of the Triton wave energy converter (WEC) needed in order to be able to capture energy from ocean waves at the lowest level cost of electricity (LCOE) possible.
- Pacific Northwest National Laboratory (Solid Phase) to scale up ShAPE processing of Mg and other lightweight alloys, a severe plastic deformation-assisted method that results in a fine and uniform grain structure and requires less energy than state of the art methods for extrusion of lightweight alloys.
- Sironex Composite to convert waste products of thermal power plants containing impurities that are hazardous to the environment, into fire resistant light weight structural materials.
- Spokane Eco for developing machine-learning-based control methods that would enable optimal use of multiple energy conversion and storage devices in managing a building complex.
- University of Washington Applied Physics Laboratory to demonstrate an improvement in wave energy converter (WEC) performance (efficiency and peak to average ratio) utilizing future wave excitation information provided by state-of-the-art measurement and control techniques during testing in the ocean.
- University of Washington Mechanical Engineering Department (MEBARC) to make composites manufacturing economically viable by ensuring high part quality, lowering energy costs, and minimizing waste and scrap. The project will demonstrate how to predictably design and produce complex (hi-contour) thermoplastic composite parts using automated robotic systems.
Solar Deployment Program (All awards are contingent and projects in active negotiations as of August 10, 2019) A second competitive round is under development.
- One Energy Development to support the Sunnyside Solar Project. The Project will provide power to the distribution side of PacifiCorp’s network in, reducing the need to acquire additional electricity to meet peak demand.
- Peninsula Light Company to use grant funds to support the Peninsula Light Company’s solar power system. Located in the Peninsula Light service area on the Gig Harbor Peninsula, the Project will provide subscriptions with no upfront participation costs to multiple low-income members along with billing credits.
- TUUSSO Energy to use grant funds to support the Urtica Solar project. The Project is a solar panel power project, currently under development in Ellensburg, WA. Once operational, the project will supply power to Puget Sound Energy.
Electrification of Transport Program– Currently in development as of August 10, 2019
Greenhouse Gas Reduction Program– Applications for competitive round are currently in review as of August 10, 2019
Grants to Nonprofit Lenders– $3 million total to 3 financial institutions.
- Craft3- $1,431,735
- PSCCU- $1,295,611
- Washington State Housing Finance Commission- $376,654
CEF4 Breakdown (Latest Cycle of Funding)
$42 million to fund seven programs from the 2019-2021 Capital Budget. Grid Modernization Grants to Utilities ($7.7 million). Research, Development, and Demonstration Matching Funds ($7.1 million). Energy Revolving Loan Fund ($7.907 million). Northwest Sea Port Alliance Electrification at terminal five ($4.4 million). Washington Maritime Innovation Center ($5 million). PNNL ($8.3 million). Grays Harbor ($593,000).
Grid Modernization- Program under development
RD&D- Program under development
Grants to Nonprofit Lenders–Program under development
 Required match varies by program, though is never less than 1:1.