My obsession with HVDC interconnectors continues unabated!
In the news today is that the North Sea Link between the UK and Norway will start testing powerflows through the 720km, 1.4GW interconnection this week, with commissioning due to be complete by October.
I will at some point update my spreadsheet just to keep on top of it all
Eleclink, the HVDC interconnector that is routed via the Channel Tunnel - they've actually finally completed the cable pull! Commissioning expected early 2022.
Tesla Model 3 Performance
Oversees an 11kWp solar array at work
So at 700MW and 515kV, I make it about 1,360 Amps.
In comparison my 70mm2 DC home battery cable is good up to around 300A.
But I have to admit, the voltage is a tad lower, like 10,000 times lower and the cable is about 36,000 times shorter.
19.6kW PV > 114MWh generated
Ripple 6.6kW Wind + 4.5kW PV > 34MWh generated
7 Other RE Coop's
105kWh EV storage
90kWh Home battery storage
40kWh Thermal storage
GSHP + A2A HP's
Rain water use > 530 m3
Pales into insignificance really compared to what they're doing in China with HVDCs to link their various provinces together.
The Zhundong–Wannan link is 3300km long, runs at 1100kV and transmits 12GW of power. Best not to stick your fingers in that one.
Tesla Model 3 Performance
Oversees an 11kWp solar array at work
dan_b wrote: ↑Thu Jul 01, 2021 12:35 pm
Pales into insignificance really compared to what they're doing in China with HVDCs to link their various provinces together.
The Zhundong–Wannan link is 3300km long, runs at 1100kV and transmits 12GW of power. Best not to stick your fingers in that one.
I'd hate to have the headache of how to insulate a million volt plus cable!
Are all these HVDC connections a single conductor referenced to earth at both ends?
12x 340W JA Solar panels (4.08kWp)
3x 380W JA Solar panels (1.14kWp)
6x 2.4kWh Pylontech batteries (14.4kWh)
LuxPower inverter/charger
(Artist formally known as ******, well it should be obvious enough to those for whom such things are important.)