Yes!3.7kW is impressive.
Are you able to lock the doors whilst using V2L?
The car ;-)What have you got plugged in pulling 3.7kW?
Hot water immersion heater!What have you got plugged in pulling 3.7kW?
And when it rains?This one maybe a bit risky?
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That's why I said a bit risky? Not sure what you meanAnd when it rains?
I would suggest 90% of the cost is in the EV cable itself, rather than the adaptor end of it. The only difference between a charging cable and a discharging cable is the value of the internal resistor at the EV connector end and perhaps a 3-pin socket on the other.Have people looked around the other areas of the forum the lead has been covered quite a bit previously.
This post covers how to build your own (at your own risk) but undererstanding whats in the.lead is interesting, and backs the question as to why do they cost so much?
V2L - vehicle to load adapter / cable
Correct, Correct, the cable just attaches to the car's charge port. There is a little bit of electronics in the type 2 to tell the car it's attached, but nothing spectacular or that warrants the outrageous prices being asked. what does a little bit of electronics mean? do you have more...www.mgevs.com
The "EVCables" adaptor unit does not appear to have the heavy gauge charging flex fitted from the type 2 plug ( gun ) to the three pin socket outlet.I would suggest 90% of the cost is in the EV cable itself, rather than the adaptor end of it. The only difference between a charging cable and a discharging cable is the value of the internal resistor at the EV connector end and perhaps a 3-pin socket on the other.
EV cable is eye-wateringly expensive, hence why I have bought one of the "cheap" Aliexpress adaptors and modified it. I have no intention of using it in the rain, but if I have to I'll find a way to keep the rain off.
I think one strand would cope with 2.5WThe discharge output from the car is only max rated at just over 2.5 Watts, so a flex with a cross sectional size of between 1.5mm to 2.5mm should be fine.
Methinks a "k" has gone AWOLI think one strand would cope with 2.5W![]()