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ARENA and Shell Energy to demonstrate commercial flexibility in Australia

Smart Energy International

Shell Energy’s ‘Commercialising Smart Energy Hubs’ project will recruit at least 40 commercial and industrial (C&I) customer sites to demonstrate flexible demand capacity. To achieve the full potential of flexible demand, we will require new innovation, technologies and market processes. million ($5.7 million ($19.7

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Tech talk – home appliances and interoperability

Smart Energy International

Home appliances For flexibility and energy management in the home a range of appliances can potentially be involved, ranging from smart lighting and white goods to heating and cooling technologies such as HVAC and space and water heating and increasingly with their growing uptake rooftop PV, battery storage and electric vehicles.

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Sustainable Facilities Forum – Education Program

Green Technology

the California Conservation Corps, Ferguson HVAC, Whitson Contracting and Management, Smart Rain, Veregy, MBTechnology, Constructive Systems Inc. All education sessions and showcase videos will be available on demand following the live Sustainable Facilities Forum on May 18th. and many more.

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Elemental Excelerator to Fund 15 Climate Companies in 12th Cohort

Elemental Excelerator

into climate solutions and will spearhead the development of 15 transformative technologies crucial for heating and cooling our homes, reimagining critical resource extraction, advancing carbon removal and transforming our food system. The why: With demand for lithium growing twice as fast as production, the U.S. Of the $12.5M

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AI can significantly improve grid management reports DOE

Smart Energy International

Examples include optimising planning for electric vehicle (EV) charging networks, enabling virtual power plants, generating design of structural materials for manufacturing and discovering alternatives for critical materials.

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A Texas-sized Milestone for VPPs

AutoGrid

Particularly as Texans embrace electric heating, cooling, and even vehicles, putting more demand on the grid. They help keep the lights on, costs down, and polluting “peaker plants” offline, despite demand spikes during hot and cold weather. GW renewable energy and 200 MW Demand Response capability.

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How virtual power plants will help the UK meet its net zero targets

Renewable Energy World

And by pooling power production, VPPs make it possible to enact quicker, aggregated responses to energy demand from a variety of assets. In this way, small, low carbon producers and large energy users both can be active participants in the energy system, harnessing assets to help balance demand and even generate additional revenue.