2/18/2024 0 Comments Stem inc. honoluluAll of CHEEE's administrative activities were carried out by Consortium participating entities so that CHEEE did not maintain its own staff. The Consortium has at various times included the following entities: University of Hawaii, Partners in Development Foundation, Ocean Arks International, the Bishop Museum, the Massachusetts Foundation, and several others.īeginning in 1998 CHEEE was incorporated as a Hawaii not-for-profit group. A central concern of the Consortium was to develop educational programs at all levels (K-12 and college-level) that would train Native Hawaiian and other students in the ecological sciences so that they could become better stewards of Hawaii's unique environment. In an early 2016 interview with Energy-Storage.News, Glauthier explained his views on how the frontrunner state was pioneering moves to integrate distributed generation onto its networks.The Consortium for Hawaii Ecological Engineering Education (CHEEE) was formed in 1998 to bring together a number of institutions interested in carrying out research programs on the preservation and protection of Hawaii's natural environment. “The rest of the nation is looking at Hawai‘i as a leader in renewables and grid modernisation, and Stem is proud to be a part of this important transformation,” Stem’s VP for its Hawaiian operations Tad Glauthier said. “This shows we can scale behind-the-meter energy storage to create a more stable and efficient grid as we provide customers with higher levels of renewable energy to reduce fossil fuel use and greenhouse gas emissions,” Dora Nakafuji, Hawaiian Electric director of renewable energy planning said. ![]() Perhaps more importantly, the virtual power plant will allow the utility to call on electricity stored in the batteries to mitigate the variability of power from solar generation and to meet demand at peak times.Įach behind-the-meter storage system combines the battery element with predictive cloud-based analytics including weather forecasts and historic and real-time energy usage data, so that it knows when electricity use onsite is most likely to peak, therefore charging and discharging the batteries accordingly, using PowerScope, Stem’s own software solution. As well as reducing their energy costs, the batteries will help them to integrate onsite renewable energy, Stem said. PICHTR helped Stem sign up with HECO for the project, and it is expected to lead to further collaboration between the two, continuing on from their federally-funded initial work announced at the beginning of 2016 under the US Department of Energy’s SHINES (‘Sustainable and Holistic Integration of Energy Storage and Solar PV’) initiative.Ī diverse range of mostly small to medium-sized enterprises such as a flower store and meat market signed up to Stem’s pilot project, as well as the O’ahu-based branches of corporates like Whole Foods. Stem's project benefits utility as well as individual customers The Stem project was first announced in October 2015. The Energy Excelerator programme picks out a handful of startups each year to work with, focusing not just on energy but also the intersecting areas of water efficiency, agriculture, cyber security and transportation. This includes supporting the deployment and commercialisation of renewable energy, particularly pertinent in the state which has an ambitious ‘100% renewables by 2045’ target and already is thought to host the highest penetration of rooftop solar per capita in the US. PICHTR began as an offshoot of the University of Hawaii but is now a non-profit organisation accelerating the deployment of technologies that support the aims of safety, security and economic wellbeing in Hawaii and the Asia-Pacific region. ![]() ![]() Just under half of the US$2.1 million pilot project’s costs, US$1 million, were funded by PICHTR’s ‘Energy Excelerator’ programme. Stem, which provides intelligent energy storage as-a-service to commercial organisations, helping them reduce the demand charge portion of their electricity bills, announced on Monday that it had connected the systems for the state’s main utility, Hawaiian Electric (HECO). Image: Stem Inc.Ī 1MW ‘virtual power plant’ part-funded by the Pacific International Center for High Technology Research (PICHTR), utilising energy storage across 29 customer sites, has been connected in O’ahu, Hawaii, by Stem. The systems are interfaced and driven by Stem's PowerScope (pictured).
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