It looks like the Dual Voltage EVSE comes with the EUV and is a $295 option on the EV.
It looks like the Dual Voltage EVSE comes with the EUV and is a $295 option on the EV.Perhaps my info is wrong, but I read that the EUV was the only one that came with the 32 amp EVSE. I'd be happy to be wrong about that.
I probably added it then as I was adding every factory option I could to bring the price up.It looks like the Dual Voltage EVSE comes with the EUV and is a $295 option on the EV.
You can't expect much more than 5kWh of energy per day out of the 1kW array, especially at your latitude. Your battery bank would need to be pretty large to hold 10kWh of energy as well. (I used 10kWh, to keep battery SOC above 50%, in order to be kind to them, and considering their unknown condition.) For example, a common-sized solar backup 125Ah 12V AGM battery holds about 1.5kWh. Four of them should hold 6kWh, but you'd be cycling it to near zero SOC. Again, you don't know the condition of the ones you've got.Hi folks,
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I inherited an uninstalled 1Kw solar panel array, with a 2Kw inverter and 4 huge batteries. I plan on setting that system up and using it to power whatever EV I get.
Thanks,
Jim
Thanks for the breakdown and your thoughts. If I was driving any distance daily, you would be absolutely correct. Being retired, I go to the grocery store once a week, 5 miles each way and the hardware store just about as often, 3 miles each way. Sometimes I go to the local airport just to hang out and see if I can catch a flight with a friend, that is 2 miles away. I won't need much power as I won't be using much. I figure if nothing else it will be a fun experiment since I already have all the pieces and parts to put together a system that didn't cost me anything. If it doesn't work, I already have a 220v outlet I can plug the OEM EVSE into in my garage.You can't expect much more than 5kWh of energy per day out of the 1kW array, especially at your latitude. Your battery bank would need to be pretty large to hold 10kWh of energy as well.
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You may want to adjust your expectations about the utility of your solar PV system for use in charging the Bolt. Can it work? Very possibly, with a 2000W inverter and the OEM EVSE at 8A, but it might not meet your needs.
'20 LT , 6'2 hear things about seats , I'm puzzled , 79 yrs. old , frequent trips South Ore.to S.F. w/o problems , comfy , often make it w/one charge , lunch and hit the bathroom , sometimes second boost , windy , hot or cold make a dif . Never , ever would go back to gas eater ...Very small things to suffer but it all comes back to a money , which most can not wrap their head around , true car is a bit more expensive to buy , but gas and maintence in a year or two balance that out , and the feeling that , in fact , there's really no choice ...The Bolt is a perfect around town car. Yes, you can road trip, and people do, but it's not as convenient as other EVs. You'll be fine charging over night at home. The $6K price reduction makes it the least expensive EV on the market. BTW, I'm 6-2 and no problems in the Bolt.
I am having some success charging my Bolt with solar power. Firstly, make sure that your inverter is a pure sine inverter. If it is modified sine I wouldn't use it. I currently have 1270 watts of solar panels charging a 400 amp hour battery bank. The battery bank powers a 3500 watt pure sine inverter. On very sunny days the panels can almost keep up with the car charging at 8 amps with the level 1 charger that came with the car. Since I said that it "almost" keeps up, I use a heavy duty timer. It is set to only charge during the sunny hours of the day. I also have a 15 minute pause programed in after each hour of charging. This adds about 10 miles of range on sunny days. Charging isn't successful on overcast days as the inverter will shut down for low power in the battery bank. I am hoping for better results with the longer, sunnier days of summer. Good Luck!I inherited an uninstalled 1Kw solar panel array, with a 2Kw inverter and 4 huge batteries. I plan on setting that system up and using it to power whatever EV I get.
Thanks for your thoughts. I'm still trying to find a Bolt to test drive. Being retired, I drive an average of 55 miles a week. I'm thinking even with my smaller panel array, it should take care of 80% of my driving.I am having some success charging my Bolt with solar power. Firstly, make sure that your inverter is a pure sine inverter. If it is modified sine I wouldn't use it. I currently have 1270 watts of solar panels charging a 400 amp hour battery bank. The battery bank powers a 3500 watt pure sine inverter. On very sunny days the panels can almost keep up with the car charging at 8 amps with the level 1 charger that came with the car. Since I said that it "almost" keeps up, I use a heavy duty timer. It is set to only charge during the sunny hours of the day. I also have a 15 minute pause programed in after each hour of charging. This adds about 10 miles of range on sunny days. Charging isn't successful on overcast days as the inverter will shut down for low power in the battery bank. I am hoping for better results with the longer, sunnier days of summer. Good Luck!