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You need a 1-3kW ac inverter and it will last 20 hrs at a 3kW flat load.

230Ah*6 = 1380 Wh/bat *24 = 33 kWh

or 33 kWh / 696 kg = 48 W/kG vs 127 W/kg for Powerwall

• $110 * 24 = $2640 .../33kWh = $80/kWh DC only for your Lead Acid

• vs $393/kWh for Powerwall2 which includes DC-DC and DC-AC

• a 3kW inverter might be around $800 + extra features

  • ** The inverter gives AC power out so you can use during AC power rates during the day.**

• thus your cost /kWh increases ~40%

So yours appears cheaper but more bulky and thus longer more expensive cables and consumes more storage space and weight > 700 kg

• meanwhile nuclear product costs are around $0.03/ kWh and hydro power is the cheapest

You need a 1-3kW ac inverter and it will last 20 hrs at a 3kW flat load.

230Ah*6 = 1380 Wh/bat *24 = 33 kWh

or 33 kWh / 696 kg = 48 Wh/kg vs 127 Wh/kg for Powerwall

• $110 * 24 = $2640 .../33kWh = $80/kWh DC only for your Lead Acid

• vs $393/kWh for Powerwall2 which includes DC-DC and DC-AC

• a 3kW inverter might be around $800 + extra features

  • ** The inverter gives AC power out so you can use during AC power rates during the day.**

• thus your cost /kWh increases ~40%

So yours appears cheaper but more bulky and thus longer more expensive cables and consumes more storage space and weight > 700 kg

• meanwhile nuclear product costs are around $0.03/ kWh and hydro power is the cheapest

You need a 1-3kW ac inverter and it will last 20 hrs at a 3kW flat load.

230Ah*6 = 1380 Wh/bat *24 = 33 kWh

or 33 kWh / 696 kg = 48 W/kG vs 127 W/kg for Powerwall

• $110 * 24 = $2640 .../33kWh = $80/kWh DC only for your Lead Acid

• vs $393/kWh for Powerwall2 which includes DC-DC and DC-AC

• a 3kW inverter might be around $800 + extra features

• thus your cost /kWh increases ~40%

So yours appears cheaper but more bulky and thus longer more expensive cables and consumes more storage space and weight > 700 kg

• meanwhile nuclear product costs are around $0.03/ kWh and hydro power is the cheapest

You need a 1-3kW ac inverter and it will last 20 hrs at a 3kW flat load.

230Ah*6 = 1380 Wh/bat *24 = 33 kWh

or 33 kWh / 696 kg = 48 W/kG vs 127 W/kg for Powerwall

• $110 * 24 = $2640 .../33kWh = $80/kWh DC only for your Lead Acid

• vs $393/kWh for Powerwall2 which includes DC-DC and DC-AC

• a 3kW inverter might be around $800 + extra features

  • ** The inverter gives AC power out so you can use during AC power rates during the day.**

• thus your cost /kWh increases ~40%

So yours appears cheaper but more bulky and thus longer more expensive cables and consumes more storage space and weight > 700 kg

• meanwhile nuclear product costs are around $0.03/ kWh and hydro power is the cheapest

You need a 1-3kW ac inverter and it will last 20 hrs at a 3kW flat load.

230Ah*6=2760Wh/bat *24 or ~1.4 kWh *24 = 33 kWh

or 33kWh/696kg = 48 W/kG vs 127 W/kg for Powerwall

• $110 * 24 = $2640 .../33kWh
• $80/kWh DC only for your Lead Acid
• vs $393/kWh for powerwall. which has the inverter cost built in

a 3kW inverter might be around $800 + extra features

• meanwhile nuclear product costs are around $0.03/ kWh and hydro power is the cheapest

You need a 1-3kW ac inverter and it will last 20 hrs at a 3kW flat load.

230Ah*6 = 1380 Wh/bat *24 = 33 kWh

or 33 kWh / 696 kg = 48 W/kG vs 127 W/kg for Powerwall

• $110 * 24 = $2640 .../33kWh = $80/kWh DC only for your Lead Acid

• vs $393/kWh for Powerwall2 which includes DC-DC and DC-AC

• a 3kW inverter might be around $800 + extra features

• thus your cost /kWh increases ~40%

So yours appears cheaper but more bulky and thus longer more expensive cables and consumes more storage space and weight > 700 kg

• meanwhile nuclear product costs are around $0.03/ kWh and hydro power is the cheapest