The study will focus on integration of the Malta Pumped Heat Energy System (PHES) with a Vistra owned natural gas-fired plant to optimize its environmental and economic performance. The Malta system will convert and store that energy as heat then convert it back to electricity that can be redistributed on demand and can store eletric power for up to 200 hours. (Source: Malta Inc., PR, Website, Apr., 2021)
Contact: Malta Inc., Matt Burke, email@example.com, firstname.lastname@example.org, www.maltainc.com; Vistra, www.vistracorp.com/sustainability; SwRI, Adam Hamilton, Pres., CEO, (210) 684-5111, www.swri.org
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SwRI is leading one of 12 teams that received a competitive award to conduct Phase 1 of ARPA-E's FLExible Carbon Capture and Storage (FLECCS) program. FLECCS sup-ports research to develop enabling technologies that better respond to grid conditions in a highly variable renewable energy environment, such as natural gas power generators . At the conclusion of Phase 1, a sub-set of teams will advance to Phase 2 of the pro-gram, receiving additional funding to focus on building components, unit operations and prototype systems. (Source: SwRI,PR, Eureka, Aug., 2020)
Contact: SwRIDr. Jeff Moore, Research Leader, (210) 684-5111, www.swri.org; ARPA-E, Lane Genatowski, Director, arpa-e.energy.gov
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The compact, easily transported new device can detect both above and below ground methane leaks from both above and below-ground from as faraway as 500 feet, process the data it detects rather than simply display information that a human operator has to analyze later.
The system can also be programmed to pick up propane, butane, ethanol, heptane, benzene, ethylene and others.
(Source: NETL, WVNews, 17 Feb., 2019)Contact: National Energy Technology Laboratory, www.netl.doe.gov; SwRI, Adam Hamilton, Pres., CEO, (210) 684-5111, www.swri.org
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In this new system, electric energy from the grid is converted into thermal energy and stored as a thermal potential. At full capacity, the system can store energy for hours or up to several weeks before converting it back to electrical energy. The system can then provide greater than 10 hours of electricity at rated power. Tom adds that the capacity of the system can be easily extended by increasing the volume of the storage tanks.
Additionally, this form of storage offers a low-cost solution when compared to the costs of operations like "peaker" plants, which generate and provide electricity during the peak demand hours of the morning, later afternoon and evening.
(Source: SwRI, PR, 14 Dec., 2018) Contact: SwRI, Danny Deffenbaugh, VP Mechanical Engineering Division, www.swri.org/industries/machinery; DOE ARPA-E, https://arpa-e.energy.gov
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SwRI is working with the Gas Technology Institute (GTI) and General Electric on the pilot project, which engineers hope will show the technology is commercially viable.
The $119 million pilot plant, which is receiving up to $84 million in US DOE funding, is slated for completion
in April 2020. (Source: SwRI, Rivard, 15 Oct., 2018) Contact: SwRI, Adam Hamilton, Pres., CEO, (210) 684-5111, www.swri.org; Gas Technology Institute, (847) 768-0500, www.gastechnology.org
More Low-Carbon Energy News Gas Technology Institute, SwRI, CO2, Carbon Emissions,
For the project, CPS partnered with Southwest Research Institute (SwRI) which will provide nearly 50 acres in San Antonio on which the solar facility and battery storage system will be constructed. SwRI aims to gain valuable insight into the efficiencies of both solar production and battery energy storage which it will share with CPS.
The $16.3 million project, which will be constructed by RES Americas, will consist of a 5 MW solar power facility and a 10 MW battery storage system. (Source: CPS Energy, PR, 8 Oct., 2018) Contact: CPS Energy, Paula Gold-Williams, Pres., CEO, www.cpsenergy.com; Southwest Research Institute, Klas Brun, (210) 684-5111, www.swri.org
More Low-Carbon Energy News CPS Energy, Solar, Battery Energy Storage, Southwest Research Institute ,