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(More customer reviews)We live where cold winters are expected and three-day power outages too common. Many residents have gasoline, propane, or diesel standby generators. We don't. Our radiant heating system relies on electricity for an oil furnace and water circulation, and it is nice to have refrigerator, TV and computers working. Some items may be sensitive to non-sine wave power.
Our Toyota Prius has a 202 volt "traction" battery as well as a 12-volt auxiliary battery that is kept charged by a DC-DC converter. The traction battery is kept charged by the internal combustion engine (ICE) optimized for such use. At rest (assuming the power switch is on) the computer monitors the state of charge (SOC) and other parameters, running the ICE to keep the traction battery charged to a satisfactory level (40 - 80%).
At present the inverter is in the Prius' cargo area hard-wired to the auxiliary battery terminals. There is a 120 amp fusible link in the Prius' circuit to the DC-DC converter, so it is advisable to limit current to the inverter to less than that. There is a 100-amp fusible link in the positive cable to the inverter but I plan to substitute a DC breaker and polarized plug-socket disconnect. In operation the car and inverter are turned on, and a heavy extension cord connected to the home heating system circuit though a switch that disconnects grid power to just that system (otherwise hardwired to the grid). Other appliances are connected via extension cords. In addition to making sure that total connected label wattage is below 1,000, AC amperage draw is sometimes monitored with an inline meter (keep below 8.5). The Prius is in our garage with an exhaust hose to the outside away from windows and doors (and we have a CO2 monitor in our living area). The ICE goes on to maintain SOC and at least one internal temperature, and we stay warm, entertained, and on-line! To prove it could be done, we have used the inverter to power an electric weed whacker along our private road! This set-up won't run anything requiring 220v (water well, electric range, dishwasher, etc.) nor typical laser printers, microwave ovens, etc.
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AIMS Power Advantage:*New exclusive NEPT (New Equipment Protection Technology) design prevents excessive spikes from damaging your equipment,("soft" or "easy" start)*Pure Sine Wave Advantage*Motors run cooler and last longer*Microwaves heat in normal times TV monitors will be crystal clear (as good as using city power)*Medical equipment often requires pure sine wave for proper operation*Digital clocks keep time accurately*INFORMATIONAL*Manufactured in ISO 9001 certified factory*CE approved*100% factory line test and qc approval process*FEATURES*1000 Watt continuous power*Pure sine wave*Volt meter on front panel to monitor your battery voltage**Amp meter on front panel to monitor your Current use (rate at which battery is drained)*Dual ac receptacle*On/off switch*Over Temperature LED indicator*Over Load LED indicator*Dual cooling fans* ac output short circuit protection*Instruction manual*Free 1 year tech support*1 Year Warranty Parts and Labor*SPECIFICATIONS*Continuous output power: 1000 Watts*Surge power capability (peak power): 3000 Watts*dc input / operating voltage: 10 to 15 Volts*Output voltage: 120 Volts ac*Output voltage regulation: +/- 3%*Output wave form: pure sine wave*Output frequency: 60 Hz*Battery low voltage alarm: 10.5 +/- 0.5 Volts*Battery low voltage shutdown: 10.0 +/- 0.5 Volts*No load power consumption: 40 Watts*Full load efficiency: 90%*1/3 load efficiency: 95%*No load minimum operating temperature: 5 degrees Fahrenheit*Full load maximum operating temperature: 131 F +/- 5 degrees*AC Output Socket Type: dual Type 2 -3 prong*High input voltage protection: 15V*Low input voltage shutdown: 10V*Internal blade fuse protection*Product size (L x W x H): 16"X 12"X 5"
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