Skip to main content

US DOE announces funding for solar technologies

Published by
Energy Global,

Recently, the US Department of Energy (DOE) announced up to US$45 million for research to advance solar hardware and systems integration, including the creation of a consortium dedicated to developing control technologies for a modernised electric grid.

While solar makes up 3% of US electricity, that amount is expected to reach 18% by 2050 – requiring an increase of hundreds of gigawatts of solar capacity. As a result, DOE’s Office of Energy Efficiency and Renewable Energy (EERE) is seeking new solutions that can reliably bring large quantities of solar onto the grid and that can ensure that US-made hardware is used in those installations.

“The Nation’s solar energy use is on the rise,” said Secretary of Energy Dan Brouillette, “investing in innovative research and development projects will help ensure that the technologies we’re using benefit the US economy while securely delivering reliable power to all Americans.”

EERE’s Solar Energy Technologies Office (SETO) Fiscal Year 2021 Systems Integration and Hardware Incubator funding programme will advance solar in two broad areas: systems integration and hardware incubator.

Systems integration

Today’s grid uses power from multiple energy resources, and it has become digitised and complex. Connecting solar reliably and securely to the power grid – whether as utility-scale photovoltaic (PV) or as smaller-scale distributed PV systems for homes and businesses – is a challenge the two topic areas below are designed to meet. The new Research Roadmap on Grid-Forming Inverters, which was developed in collaboration with three DOE National Laboratories and two universities, will help guide the research as these technologies advance. US universities, companies, non-profits, and State, local, and tribal governments are encouraged to apply under this topic. DOE seeks innovative projects in the following areas:

  • Grid-Forming Technologies Research Consortium – US$25 million, one award: Grid-forming technologies automatically co-ordinate inverter-based and other resources to start up and maintain electricity on the grid. SETO and the Wind Energy Technologies Office, also within EERE, will support the creation of a consortium to advance research and industry-wide collaboration on grid-forming technologies and ensure that they enhance power systems operation.
  • Integrating Behind-the-Meter Solar Resources into Utility Data Systems – US$6 million, two to three awards: Integrated communication systems that digest sensor measurements from distributed energy sources, especially those from behind-the-meter solar PV systems, are necessary for utilities to manage the grid. These systems will lead to greater PV system visibility and more flexible and reliable control and operation of the overall power system. Selected projects will receive funding ranging from US$2 million to US$3 million.

Hardware incubator

In 2019, less than half of the US$9 billion spent on PV hardware in the US was spent on domestic hardware. US solar hardware manufacturing creates jobs and economic activity and promotes energy security. This topic is designed to increase US solar manufacturing by bringing innovative technologies to market more quickly. Only US for-profit entities may apply under this topic. DOE seeks innovative projects in the following areas:

  • Product Development – US$6 million, six to 12 awards: The goal of this topic area is to bring new technologies and manufacturing processes to the prototype stage and develop and validate a pathway to commercial success. Selected projects will receive funding ranging from US$500 000 to US$1.5 million.
  • Product Development & Demonstration – US$8 million, one to four awards: Under this topic area, products or solutions will undergo pilot-scale testing and demonstration. Examples include high-volume or high-throughput manufacturing processes for solar hardware; production of a large number of devices for field testing and validation; and demonstration of a system, like a microgrid, that pilot-tests new hardware. Selected projects will receive funds ranging from US$1.5 million to US$3 million.

Read the article online at:

You might also like


Embed article link: (copy the HTML code below):