Vermont utility Green Mountain Power has started a program to replace its customers’ electric meters with the monitoring system in Tesla Powerwall batteries.
Happy Friday and welcome to the pvMB. Today we also bring you the Texas Senate passing a bill to prevent municipalities from interfering with citizens going solar, solar for schools in Minnesota, and more!
A recently published report by Environment America and the Frontier Group takes a look at which schools are leading the charge in the renewable transition, as dozens of colleges and universities now obtain 100% or more of their electricity from renewable sources.
Virginia students have won the 2019 Solar Decathlon Design Challenge with their treeHAUS highly sustainable solar+storage+trees+food waste+sound and so much more design, focused on expanding their local campus’ student housing resources.
According to the Korean manufacturer, its Q.Peak Duo-G6 module is produced with larger wafers than those used in the G5. This is said to increase module yield by around 6% for a power output ranging from 355-420 W.
California utility PG&E has tested levels of residential solar power up to 100% penetration, and how to mitigate the effects of voltage and thermal overload via smart inverters and traditional transformer and circuit upgrades – with smart inverters shown to allow for up to 100% penetrations at cost-effective pricing.
An analysis by mono PV maker LONGi shows the math on how increases in module efficiencies drive down balance of system costs.
The Southern Alliance for Clean Energy’s second annual Solar in the Southeast report shows that while North Carolina is still top dog in the region, a strong 2018 pushed Florida past Georgia and poised the state to take the top spot.
Happy Thursday and thank you for joining us by reading the pvMB. Today we’ll also be looking at Russelectric’s new distributed energy controller and Hammond Power Solutions’s TruWave Active Harmonic Filter!
Hawaiian Electric Companies has laid out plans to source the equivalent of 135 MW of solar and 1,378 MWh of energy storage – as well as load shifting and frequency response from distributed energy resources through aggregators.
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