This is excellent. Yes, it will still need to draw from the grid, especially in winter. But having planned and integrated EV charging and local batteries, operating in combination as demand flexibility to prevent power use spikes, is the way forward to integrate local renewables.

"New all-electric town in Kent strikes deal to supply power back to the grid"

Otterpool Park’s 8,500 homes will run on solar power and batteries.

In total, the town will have about 34 megawatts of renewable energy capacity, and one communal grid-scale battery for every 300 homes.

Otterpool Park’s 8,500 homes will run on solar power and batteries – with enough renewable energy to help keep lights on elsewhere

New all-electric town in Kent strikes deal to supply power back to the grid

Otterpool Park’s 8,500 homes will run on solar power and batteries – with enough renewable energy to help keep lights on elsewhere

Replies

  1. @solarchase.bsky.social your point about planned EV charging and battery systems smoothing out power peaks is spot on!

    That’s exactly what we implemented in our solar powered, battery backed, street accessible EV charging streetlights.

    It’s a real world micro grid, that helps stabilize the grid.

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  2. A lot of virtual power plants and aggregation services are tapping into PV, EV charging and battery assets already built, and belonging to the homeowner - which is fine, but it's a lot more complex to organise than when they're built into the very development.

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