KiwiBro
Gold Member
I'd imagine there is a valid argument for existing grid connections to remain connected, if they have controllable storage ability that can be used to dampen the grid peaks, improving resiliency, delaying network upgrades, etc. At least in the interim transitional period. The savings made by the state delaying the network investments or maintenance costs could instead flow back to homeowners (or likely the battery providers) as subsidies to hasten the adoption of these grid-connected distributed storage options.
I guess the question is, how much could the state save in the long run with such an approach, compared to maintaining or increasing investments in the old, centralised storage/generation + network distribution model?
I guess the question is, how much could the state save in the long run with such an approach, compared to maintaining or increasing investments in the old, centralised storage/generation + network distribution model?