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Northeastern distributed energy developer Agilitas Energy is starting pre-construction work of its latest battery energy storage project, a 3 MW/ 9 MWh lithium-ion system in Pascoag, Rhode Island, US.
The project will provide peak shaving services to the Pascoag Utility District and ancillary services to ISO-New England. “The battery storage system will allow us to modernise our infrastructure and avoid the more costly re-construction of existing transmission lines. The battery energy storage systems help fulfill our goal to control costs while we assure reliable power,” said Mike Kirkwood, General Manager of the District.
This is the first Battery Energy Storage System to be constructed by Agilitas Energy in Rhode Island and it is planned to enter commercial operation by 2Q22. “We are excited to work in partnership with the Pascoag Utility District by constructing one of the largest standalone battery energy storage systems in Rhode Island,” said Barrett Bil
Agilitas Energy to Commence Construction of Largest BESS in Rhode Island
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Agilitas Energy is starting pre-construction work of its latest battery energy storage project, a 3 MW / 9 MWh lithium-ion system in Pascoag Utility District of Rhode Island, which will provide peak shaving services to the Pascoag Utility District and ancillary services to ISO-New England.
Lithium-ion Energy Storage
We are excited to work with the Pascoag Utility District by constructing one of the largest standalone battery energy storage systems in Rhode Island. It will obviate the need for adding costly transmission infrastructure and create a win-win for all parties including the Pascoag’s customers.
ARNO Token Project Ties Up with German Agency for Intellectual Property Registration
ACCESSWIRE
05 May 2021, 23:05 GMT+10
PLOVDIV, BULGARIA / ACCESSWIRE / May 5, 2021 / Art Nano (ARNO) is currently working on integrating the use of carbon nano technology for energy storage and battery improvement technology at a time when the natural and non-renewable resources are depleting fast. Apart from the declining resources, a major issue arises with the storage of energy, since majority of losses occur while storing and transferring. After years of research and development ARNO has come up with carbon based products which when integrated with the existing battery technology can offer much efficient energy conservation. The firm has not just worked on the development side, with defi integration it is also working to develop a decentralized and efficient distribution system.
Genex Power Ltd (ASX:GNX) Quarterly Activities and Cashflow Reports
Quarterly Activities and Cashflow ReportsSydney, April 29, 2021 AEST (ABN Newswire) - Genex Power Limited (
ASX:GNX) is pleased to provide the following update on the Company s activities and performance for the quarter ending 31 March 2021 (Q3 FY2021), a period during which the Company made substantial progress with its Kidston Pumped Storage Hydro Project (K2-Hydro), having successfully raised additional funds to retain 100% ownership of the Project and reached Project Document Contractual Close.
Highlights
K2-Hydro
- Launch of $115 million equity raise, consisting of $90 million fully underwritten placement and rights issue, and an additional $25 million committed investment by J-POWER;
Published April 22, 2021, 8:00 AM
The power generation arm of San Miguel Corporation will cough up US$1.0 billion worth of investments for 31 new battery energy storage (BES) projects that it will be deploying in various sites nationwide.
The company, in a statement to the media, has emphasized that the BES facilities will have equivalent generation or rated capacity of 1,000 megawatts.
Four of 31 Battery Energy Storage System (BESS) facilities being put up by San Miguel Corporation’s power arm, SMC Global Power Holdings Corp., located in Masinloc Zambales; Malita, Davao; Maco, Davao de Oro, and Jasaan, Misamis Oriental. The BESS facilities are currently undergoing testing and commissioning. These facilities will have a combined rated capacity of over 1,000 megawatts and will stabilize and improve power quality for users nationwide. These will also pave the way for more viable use of renewable power by addressing the issue of intermittence.