Annual savings of $20 billion are possible across six Southeastern states by reaching 45% solar generation by 2035, according to a national laboratory study.
Firebrick heat storage technology, not batteries, will be used to store energy for industrial process heat in a 100% renewable energy system, says a study out of Stanford University.
Lawsuits, an imminent threat to net metering, and questions over commitments to the energy transition in some quarters pose real challenges for solar in Puerto Rico. Despite this, the US territory is still a high flyer in the region when it comes to distributed generation, while larger-scale solar and storage are on course to benefit from a US Department of Energy (DoE) loan guarantee.
The benefits of completing 12 Western transmission projects, as identified in a federal study, will form the region’s new baseline for a forthcoming National Transmission Planning Study.
Two projects that would store heat in firebricks for industrial use may receive federal funding, in part because the projects are deemed highly replicable.
As a grid operator works to automate its phase 1 study process for interconnecting solar, storage and other generating projects, the firm developing the automation software says the study process will take just one day.
Solar and storage systems smaller than 50 kW would receive an interconnection agreement instantly when requesting one, under 2030 targets in a draft Department of Energy roadmap.
Substantial cost and time savings are possible with flexible “connect and manage” interconnection of utility-scale solar and solar-plus-storage projects, two studies have found.
The interconnection reforms proposed include a fast-track process for some projects, a “connect and manage” option, grid-enhancing technologies, advanced conductors, automating interconnection studies and speeding transmission construction.
Several utilities have proposed hydrogen-capable generating units in their resource plans, a research center reports. But hydrogen projects face hurdles such that they “may not work,” and they conflict with renewables, another research group says.
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