Fyi capacity announced is very far from the real capacity when dealing with renewables. It's like saying that you bought a Ferrari so now you can drive at 300km/h on the road all of the time.
In mid latitudes, 1 GW of solar power produces around 5.5 GWh/day. So the "real" equivalent is a 0.23 GW gas or nuclear plant (even lower when accounting for storage losses).
But "China installed 63 GW-equivalent" of solar power is a bit less interesting, so we go for the fake figures ;-)
I was commenting the initial number announcement. And storage at this scale right now doesn't exist. The most common way, water reservoirs, requires hard-to-find sites that are typically in the Himalaya, so far away from the production place. And the environmental cost isn't pretty either.
In mid latitudes, 1 GW of solar power produces around 5.5 GWh/day. So the "real" equivalent is a 0.23 GW gas or nuclear plant (even lower when accounting for storage losses).
But "China installed 63 GW-equivalent" of solar power is a bit less interesting, so we go for the fake figures ;-)