Sentences with word «kw»

It was coupled to a 40 - kW electric motor / generator and an eight - speed automatic transmission.
Beyond low levels of penetration, an increasing solar contribution results in lower average revenues per kW of installed solar capacity.
Current rebates are $ 250 per kW for residential installations and $ 300 for commercial.
No great concept - like claims are made of charging time — «less than 2.5 hours» is the grand proclamation from a 6.6 kW charger and 32 - amp socket.
News that the battery energy storage is a 1,000 kW system which can store 2,000 kWh per day.
Students participated in all aspects of the install including rack assembly, electrical wiring and rooftop assembly of a 5.1 kW solar system.
This 3.0 - litre engine delivers a maximum power output of 235 kW at 5 800 rpm.
This performance hybrid powertrain offers a convincing electrical range and the possibility to generate a system power of up to 600 kW in its final design stage.
With the optional 7.2 - kW on - board charger and a 230 - V connection, charging the battery to 100 percent takes 2.4 hours.
The battery should recharge in about 2.3 hours with a 230 - volt, 32 - amp outlet and the aforementioned optional 7.2 - kW onboard charger.
However, from some rumors, this model will get a petrol engine and mighty 10 kW battery pack.
From 2017 a particularly powerful 22 kW fast charger will be available as an option.
A full charge of the battery with 7.2 kW output takes about two and a half hours.
The 80 kW generator will supply most or all of the farm's needs, and their rural electric co-op is buying any surplus power.
This method steps down to 1.4 kW charging and takes about five to six hours.
In areas where energy is cheaper, the same 10 kW wind system can take as much as 12 years to pay back its cost.
The pack itself weighs 600 lb, and is kept cool by the air conditioning system (one - fifth of the system's 10 - kW capacity is dedicated to battery cooling).
An additional 35 to 40 more households will receive the 2 kW units.
The method had already been applied successfully in a test facility with 100 kW fuel power.
This makes it 11 kW more powerful than the RS.
It reaches its maximum 750 kW rating at 31 mph, and will shut down when wind speeds exceed 55 mph.
The manual 103 kW diesel is satisfied with just 5.3 litres of fuel per 100 kilometres (139 g / km CO2).
The 62 kW version consumes 4.9 litres of fuel over 100 km (corresponding to CO2 emissions of 114 g / km).
Using a 7 - kW Level 2 home charger, it'll take about 10 hours to add the same amount of charge.
It does charge faster on a basic 3.6 - kW connection, needing just 16 hours instead of 21, but 16 hours is still 16 hours.
The engines are said to be 20 percent more economical, not least thanks to the new 48 - volt electrical architecture with 15 kW starter generator.
However the company says their planned first commercial product will be a 600 kW utility - scale airborne wind turbine.
The rev - counter is gone and its place is swiftly taken by the more appropriate power indicator showing the instant kW output.
If you're stuck on a basic 3 - kW setup, expect to wait 16 hours.
The researchers have boosted the efficiency of the solar process from 2 percent to 5 percent by moving to vacuum extraction on the 4 kW reactor.
The other was 60,000 5 kW owned or leased residential rooftop systems.
A 1 kW roof - mounted solar array is reported to meet all electricity needs and is hooked up to a battery system.
They're joined by a long shaft to which is connected an 80 kW electric motor.
These include a charging infrastructure for electric vehicles with over 30 charge spots, as well as several direct current quick - charging stations with up to 150 kW of power per vehicle.
2.7 hours with 3.6 - kW on - board charger.
There's a 3.3 - kW onboard charger that will fully charge the car's battery in 2.5 hours with a 240 - volt level two charger.
The south - facing roof over the living room accommodates an 8 - kW solar array while opening up the space to northern views.
Its 350 - kW battery sits under the floor and offers a range of over 200 miles.
It runs entirely on an electric battery equipped with a standard 6.6 kW charger, which brings it back to full in just around four hours.
A 1 kW wind turbine at 30 % capacity factor yields a barrel - equivalent in 235 days (78 days if you assume 33 % conversion efficiency of oil to electricity).
That's interesting because my 1.9 kW PV system (no batteries) currently generates half the power I use.
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