Sentences with phrase «kw of»

The Vulcan Solar Park is an integrated community green space and renewable energy facility that will generate 23.5 kW of renewable electricity for the community.

After extensive debate, the commission adopted a plan that would add roughly $ 5 monthly ($ 0.70 per kW of installed capacity) to solar customers» bills.

Off - shore wind power is attractive in those countries that lack the space for more on - shore wind farms, for example, Denmark with 113 kW of wind power installed per square kilometre.

It includes a 500 - kW / 1 MWh lithium - ion battery storage unit and 276 - kW of solar photovoltaics provided by developer Rio Grande Renewables and energy storage company Demand Energy.

It seats 4 and packs 440 kW of total system power, which translates to almost 600 hp.

The researchers looked at what would happen if all these vehicles were plugged in at 5 P.M. (at 6 kW of power on average, with a 25 percent market penetration by 2020) and found that up to 160 new power plants would have to be built.

Teaming up with the New York's RenewableNY program, they engaged with Solar Energy Systems to install 15.12 kW of photovolatics above their 50 people factory in Queens.This solar system should generate over 600,000 kilowatt - hours over its 40 - year expected lifetime and reduce Worksman's monthly electricity bill by more than 20 %.

Fig. 3 shows solar thermal's present cost at $ 10,215 / kW of peak capacity today.

in Boulder, each kW of installed solar capacity generates 1500 - 1800 kWH on an annual basis.

The cost is expected to be in the range of $ 100 - $ 700 / kW of biomass capacity.

But the MS Tûranor Planet Solar catamaran is better than beautiful: the photovoltaic panels that completely cover its deck and fold out from its sides like wings provide 93 kW of solar capacity, equivalent to about 127 horsepower.

Solar panels produce around 1130 kWh of power per year per kw of DC peak capacity installed.

HOUSTON, Apr. 03 / CSRwire / - AMLI Residential and Green Mountain Energy Company have announced a sustainability partnership to install 330 kW of solar panels across four AMLI communities in the Dallas area.

For each kW of installed solar Oncor offers a rebate of $ 538.53.

Right now there is a subsidy in many countries to reduce the overall cost per kw of solar power on large - scale generation projects.

The building is heated by a Dachs gas - fired condensing combined heat and power plant — which generates 5.5 kW electricity which is used to power lighting in the landlord areas, and a by - product of 14.8 kW of heat which is used for domestic hot water and — if ever required — space heating.

The Solar Support Program is currently at Step 1, with 250 kW of capacity remaining.

60 Wind Generation Historically Small wind turbines used for Wind Generation Historically Small wind turbines used for agriculture use — pump water Provide electrical needs for isolated homes Extracts ~ 3 kW of power with wind vanes no larger than 1m long Modern Wind turbines with vanes larger than 50 m can extract megawatts of power from the wind Blades designed to function similar to airplane wings utilizing lift created by the wind flowing over the surface to turn the blades — more efficient Turbines mounted on tall towers or at sea can take advantage of higher winds.

CEO Mike Keyser said at least 250 additional customers are on a waiting list so it is looking to building another 550 kW of community solar capacity this summer.

To annualize these numbers we get a range between 1095 kWh per year per 1 kw of solar panels up to a high of 1715 kWh per year per kilowatt in areas with the greatest solar irradiation.

In total, 600 kW of solar power capacity is expected to be developed on the County's municipal buildings.

This figure varies from a low of 3 kWh per day per 1 kW of peak DC solar panels in some areas of the north east and around the great lakes up to highs of 4.7 kWh per day in parts of Southern California, Arizona, Utah, New Mexico and Nevada.

We're looking to replace 673,516 kW of CO2 - emitting electricity generating capacity with non CO2 emitting capacity.

So, my modelling shows that, based on the application of settled science, known physics, and proven models, I can power my household with up to 5 kw of power from a 9 volt battery.

Heat Pumps are very economical, for every kW of electricity used to power the Heat Pump, 3 to 6 kW of heat is generated.

It is absolutely not just comparing the capital cost per kW of one generation resource versus another (as many here at C.E. do).

For a price, homeowners can get 2 kW of solar, a tankless water heater, and Energy Star stackable washer and dryer.

Like distributed, behind - the - meter solar it is low risk, can be sited near existing load, increases the resilience of the distribution grid, and satisfies the powerful consumer craving for solar power; at the same time, it is cheaper, simpler (fewer contracts per kW of capacity), and more inclusive than behind - the - meter solar.

No real CCS anywhere, but the few foolish subsidized projects are coming in at $ 7 to $ 8k / kw of capacity.

The microFIT Program is a streamlined program for small renewable energy projects under the umbrella of the Feed - in Tariff (FIT) Program, which was designed for projects generating over 10 kW of electricity.

This article shows the average annual electricity use in each state and the average amount of power that each kW of solar panels produce per year in each state.

First, to replace 1 kW of coal generation, almost 3 kW of wind generation will be needed, because wind turbines run at 30 % output on average as compared with about 88 % for a new coal plant.

Individual small wind turbines can produce from 1.5 kW to 10 kW of electricity.

Therefore 100,000 new homes with 2.7 kW of solar power each will generate a marketplace for «integrated at time of design» solar power of 270 MW.

Every kw of wind energy should have instant backup supply for when the wind varies.

The rebate will be available as of January 1, 2018 for the first 10 kW of residential installations and the first 100 kW of non-residential installations.

Marathon's ecopower MCHP system harnesses the heat generated by a reciprocating engine to deliver more than 40,000 BTU / hr of heat while simultaneously co-generating as much as 4.7 kW of electric power to the building.

ECR International's freewatt MCHP system uses heat generated by a reciprocating Honda engine to produce 12,000 BTU / hr of heat while simultaneously co-generating 1.2 kW of electric power for a home or building up to 5,000 kWh per year!

Stations that can provide satellite communications and a couple kw of solar power in remote regions might also serve some development goals.

This means that while one could keep the reaction damped down to provide a few kW of power, the heat would be spread out over the volume and difficult to convert to work.

Building on the CRP Group's experience in F1 and international motorsports, the Energica EGO's electric motor features 100 kW of power which translates to around 136 hp, but it's the 195 Nm, 0 rpm to 4700 rpm torque that really sets it apart, allowing the bike to achieve 0 - 60 mph in less than 3 seconds.

Here, only 47 kW of electrical power is available during acceleration.

Shelby Super Cars has added a 6.8 - litre twin - turbocharged V8 engine with 1,007 kW of power to the Ultimate Aero II.

As CarScoops reports, Ford is also working with other major automakers like BMW, Volkswagen, and Mercedes - Benz to expand Europe's fast - charging infrastructure, initially targeting 400 sites for charging stations capable of delivering up to 350 kW of power.

During deceleration the BAS can recover up to 12 kW of power, store the power in a separate lithium - ion battery with 10 Ah capacity, which is housed in the rear of the car.

In Normal mode, power is limited to 75 kW, while Sport mode ups the ante to 92 kW of power.

Charging at home is extremely user - friendly thanks to the BMW i Wallbox which, in its most recent incarnation, can supply 11 kW of power to charge the high - voltage battery.

Charging at home is extremely user - friendly thanks to the BMW i Charging Station which can supply 7.2 kW of power to charge the high - voltage battery and can fully charge it in under 3 hours.

They combine to produce 320 kW of power and 700 N · m of torque, sourced from a high - capacity battery which has been redesigned and re-engineered for increased energy density.

The new BMW Z4 Roadster is powered by one of three highly - efficient BMW six - cylinder engines with the most powerful being a twin turbo 3.0 - litre high precision injection engine generating 225 kW of power and 400 Nm of torque.