tigerwillow1
Known around here
I'm interested in understanding this but the measurements don't make sense.Oh, I should mention that the island's national grid has about 4MW generating capacity. Demand in the summer usually peaks around 3500MW giving a fair bit of leeway for lack of generating capacity for X, Y and Z reasons.
Demand right now is about 3300MW (unusally warm for March) and generating capacity is about 2100MW. A HUGE deficit of 1200MW. And when you consider that said deficit is over 1/3 of demand for the summer....well, doesn't look good.
So the government has recently stated that they're investing heavily in solar. To the tune of 2GW of solar parks by 2028, the first 1GW being finished (so they say) in 2025. But the calculations I've seen show that 1 watt of solar generation costs about $1 USD. So that's $2 BILLION USD for what they plan to invest. And it's anyone's guess where that money is going to come from.
Of course, that's just generation, not storage of said solar-generated electricity. Which is insanely expensive on that scale. So more solar generation during the day and then fossil fuel generation after the sun goes down? I'm sure someone will figure it out.
I'm planning on going full solar with at least 15MW battery storage for my place.
1. 4MW generating capacity vs. 3500MW demand. Is it perhaps 4GW generating capacity?
2. A 15MW battery? That's not a measure of battery capacity, and if was as simple as you meant MWh, that would be absurdly large, so I'm totally perplexed here. 15KWh is a pretty reasonable size for a residence.
For me it would be easier to comprehend if you kept all the power numbers in MW or GW instead of switching. And here's a tip: If the solar panels don't solve everything, fill the whole island up with wind turbines. They're even more reliable and consistent than solar panels .