solar power system
photovoltaic system
PV system

I did some work on solar power systems as well.

They also looked into a full solar power system, but that would have cost nearly as much.

He asked, "But didn't your national government build the solar power system for you?"

Commercial energy can include solar powered systems and the like.

They're delivering the final parts for a solar power system.

Astronauts also plan to work on the space station's solar power system.

The demand for solar power systems grew significantly in 2001.

A much larger solar power system may eventually be built in Massachusetts.

One of its most ambitious plans is to build a working space solar power system by 2030.

Now people in the city have the opportunity to install their own solar power system, and help the environment.

Installing a solar power system is very expensive in the short term.

Three days of sunshine, and the batteries in the solar power system are full.

The goal was to “reduce the cost of operating, installing and siting” solar power systems.

For someone such as myself, the economics of installing a solar power system don't make much sense.

The power plant is a 40-megawatt solar power system using new technology.

They are being examined again for use in wind and solar power systems where battery weight is not important.

Others are focused on viable solar power systems and even military applications.

Interested in a small wind or solar power system?

Parts are needed from a nearby warehouse to repair the solar power system.

The company has put nearly $700 million into wind farms, solar power systems and electric vehicle programs.

Listed below are typical costs of common size autonomous solar power systems.

But has any real progress been made toward developing space-based solar power systems?

A solar power system was the only option, but would have been impracticably large to run the light 24 hours/day.

The solar power system does not depend on the sun's warmth, only its radiation.

The number of solar power systems across the island state has doubled every year since 2007, with nearly 20,000 units installed.

Water comes from a well that has an independent photovoltaic system.

The power supply of the house is via a photovoltaic system.

A 2.8-kw photovoltaic system provides half the house's electrical needs.

Photovoltaic systems, on the other hand, don't waste surplus energy.

My reasons for wanting a photovoltaic system were pretty predictable.

Photovoltaic systems can even be set up by individuals.

Over 600 homes will be powered with solar photovoltaic systems.

The Center has a staff of 5-10 people and is partially powered by a photovoltaic system.

In the past, it has offered similar services for residential solar photovoltaic systems.

The airport already has a 2-megawatt solar photovoltaic system near the terminal.

If each carried a standard 2-kilowatt photovoltaic system, it would eliminate the need for a 300-megawatt power plant.

This results in a faster payback period for the photovoltaic system.

A large photovoltaic system across nearly the whole roof.

Five winning schools will receive a 2-kilowatt solar photovoltaic system on their campus.

Photovoltaic systems use no fuel, and modules typically last 25 to 40 years.

However, since the sun is not always shining, photovoltaic systems must have a storage device.

The move to a photovoltaic system is a smart strategy unless you're already highly energy efficient.

Since 2010 electricity for the Christmas tree lights is generated by the photovoltaic system.

A photovoltaic system was integrated into the glass surface.

"How many of you own a rooftop photovoltaic system?"

The payback period for photovoltaic systems is much longer.

Competition from photovoltaic systems for large-scale power generation should not be underestimated, however.

Photovoltaic systems are often used in remote locations, away from an electricity grid.

"Through this program, we hope to install a photovoltaic system at every school in our service territory.

Two wind turbines and a solar photovoltaic system provide most of the energy required to run the homes.

PV systems will also earn 6p for every unit sent back into the grid.

The costs of a PV system are relatively easy to determine.

Small savings in the costs of PV systems are being made thanks to further research and development.

Approximately 665 homes will be installed with 1kw PV systems.

An important advantage of PV systems is that they require little maintenance.

In 2010 it is expected to more than double its installed base of PV systems.

How does cold affect the performance of PV systems?

An estimated 3 million households get power from small solar PV systems.

PV systems are growing in popularity in urban areas, which means they have a promising future.

PV systems benefit outdoor air quality as well.

This is the most popular type of solar PV system for homes and businesses in the developed world.

PV systems are most cost effective in small load applications in remote areas.

Each home's PV system will generate the annual electricity requirements for the home.

A solar PV system powers his home and an electric hybrid car.

As PV system prices decline it is inevitable that subsidies will end.

PV systems can power any electric device but they are not suitable for water heating or other heat related appliances.

In these grid-connected PV systems, use of energy storage is optional.

PV system characteristics such as output power are greatly influenced by the amount of sunlight and temperature.

So from a system perspective, it may be better to deploy PV systems where there is more sunshine.

This is illustrated by the fact that the quality of PV systems up to now has varied considerably.

Governments are tending to include PV systems in aid packages to less developed countries.

Research is underway to try to understand emissions and releases during the lifetime of PV systems.

At 21 stories, this is the 2nd tallest building-integrated PV system in the world.

This will both maximise local consumption and enhance the efficiency of the PV system.

Crystalline silicon modules are used in almost all commercial PV systems.