Yesterday on the grid: Early a.m. we charged our EV off the grid (blue). Midday, solar power mostly went to the grid (yellow). Evening, Powerwall battery pumped juice to the grid as part of a virtual power plant (green). Battery fully recharged by 1 p.m. today from solar. #Renewables#VPP#EnergyTransition#Solar#power
Been finalizing the design and layout of my #solar panel array, which will be a post and beam structure topped with ironridge hardware.
Current interesting problem: The front of the array is currently set at only 1 foot above ground. This will make one corner very hard to keep clear of plants, and there is also a small hillock in the way.
I'd raise the array 3 feet or so, but the back is also on a slant, and the longest back post is currently maxxing out the size of 6x4" posts, at 16 feet.
The chart in this article illustrates the "bang for buck" for electricity generation options. Unsurprisingly, renewables come out ahead, fossil fuels come in the middle, and nuclear is the worst. Don't take my word for it; this comes from scientists who've been working on it for decades at the CSIRO. Another takeaway: don't take Peter Dutton's word for it, either.
"New portable solar power plants make it easier than ever to go off-grid. An entire plant of solar panels can be folded into a single shipping container.The power plant is easily deployed – and folded up again when it needs to move on."
Exciting! This is the next level of #solar biodiversified #agrivoltiacs farms: solar panels spaced among agricultural crops & planted with plant species that increase biodiversity. 👏
The parcel of land will have a 54 MW agrivoltiacs facility that will:
— host #wildflowers species
— provide as a wild animal shelter
— feature amphibian ponds, #bird baths, nesting boxes, & breeding places to protect endangered Lesser kestrel #birds
My #homeassistant produced this nice image, because today was totally clear sky and my solar panels were providing full power. It's funny how doing things at home is so clearly visible in power usage.
#India's #solar capacity jumped by 9.5GW in 2024 Q1, partly due to Government policy:
"This increase is not merely a result of favorable market conditions but also a product of strategic #policy interventions and technological innovations. The Indian government's renewable energy policies have significantly lowered implementation and financing costs, enhancing the overall economics of solar projects."
Und weil immer wieder mal gefragt wird, wie ich überhaupt in des #Velostudio rein passe, hier ein Foto im aufgebauten/ausgeklappten Zustand beim #Festival. Nach Modifikationen an den Ladereglern erbrachten die #Solarzellen an diesem sonnigen Wochenende eine Spitzenleistung von 1400 Watt. Sie laden auch während der Fahrt - die Batterien des Gespanns waren nie unter 95% Kapazität - Yeah! #Welver#Dortmund#Solar#energiewende#verkehrswende#minicamper#fahrrad
After a few false starts (oops, there were multiple more inspectors than I realized and they made me turn it back off for a bit) I finally got the permission to operate for my #solar install today! Of course for the first day I can operate it legally it would be cloudy and overcast, but it's also cool(ish) so my power requirements should remain low!
Kern Co still produces~3/4 of the CAs oil & gas, but CA’s push to decarbonize its energy grid is putting these rigs +ppl who operate them out of work. The battery-storage tech plan is to retrofit depleted oil wells to store concentrated #solar energy in super-heated groundwater +use that heat to drive turbines when energy demand rises. If it works as planned... #Climatehttps://e360.yale.edu/features/kern-county-oil-solar-thermal-geothermal-energy-storage
The world's biggest renewables & storage project, in northern Australia, will have 12 GW of wind, 12 GW of solar, and 32 GWh of storage. It will supply both Singapore & Australia. The project will likely be rolled out in two stages – with the first sized at 12 GW of wind & solar and 16 GWh of battery storage.