 |
 |
Residential solar power system
Solar cells
Solar cells are one widely-used component of a residential solar system. Solar cells consist of silicon, which absorbs the sun's energy in the form of photons. In order for energy to be produced, a charge needs to be present, so solar cells also contain the elements phosphorus and boron. When the sun's energy is absorbed into the silicon, positive and negative charges are created by the presence of these elements, and the continuous flow of charged particles creates energy that can be stored or transferred.
Solar panels
Solar panels are also frequently used as part of an overall residential solar system. In a residential solar system, two types of solar panels can be used. Photovoltaic cells make up the first type of solar panel. In this panel, the energy from the sun is used to produce energy. The second type of solar panel is a solar thermal collector. In this type of solar panel, the energy from the sun is used to heat liquid. Solar panels work just like solar cells, since solar panels usually consist of groupings of solar cells. Silicon is mixed with phosphorus so that a negative charge is created. The silicon is also mixed with boron for he creation of a positive charge. When the sun's energy hits the silicon and phosphorus, their extra electrons are removed and absorbed by the silicon and boron combination. This process continues indefinitely, resulting in the production of energy.
Residential solar system plans
Residential solar system plans exist to help contractors build homes that incorporate an overall residential solar system. Much like traditional home plans, these plans show the location of each room and planned amenity in the home. Residential solar system plans are slightly different, in that they also show the placement of solar panels, thermal collectors, and other equipment that can be used for solar energy production, storage, and transfer. Having a plan in place can make it easier and more economical to use a residential solar system because planning each component helps you to save time and money.
There are many benefits to using a residential solar system in your home. Because a residential solar system uses a renewable energy source, you do not have to worry about the skyrocketing costs of oil and natural gas when you rely on solar energy for your home. Solar energy is also a very clean form of energy. Solar energy is created with energy from the sun. There are no harmful chemicals used in this energy production, so the environment can be protected and people with allergies and sensitivities to air pollution can live more healthy lives. While putting in a residential solar system can be costly, your monthly energy costs can be reduced because the energy from the sun is absolutely free. Your residential solar system may pay for itself in a very short amount of time.
You should choose your residential solar system carefully. Some of the factors you will need to consider include price, how much sunlight your home can receive, how the system needs to be installed, and how much maintenance the system will need over a period of time. Most systems only need to be maintained every few years, but if your system contains any mechanical parts, they may require maintenance on a more regular basis.
There's no product listing here. Be the first to submit your Residential solar power system information.
Advertisement
Related information
- Home solar system A stand-alone home solar system eliminates all reliance on external energy sources but does require batteries for power storage.
- Hybrid wind and solar system The hybrid wind and solar system uses a combination of both wind and solar energy to provide you with uninterrupted power.
- MPPT charge controller A MPPT charge controller is a maximum power point tracker that compares the output of solar panels with that of the battery voltage.
- Portable solar panels Portable solar panels are a critical component of solar chargers which recharge your cellphone battery or other power systems.
- Solar battery charger The solar battery charger is a stand alone gadget which you attach to the battery of the appliance that you are trying to charge.
- Solar collectors Solar collectors such as a roof-mounted hot water system are designed to convert the energy of sunlight into thermal heat.
- Solar heating system In solar heating systems, energy from the sun is collected using solar collectors. This creates heat that will heat up liquid or air.
- Solar landscape lighting Examples of solar landscape lighting use include illuminating gardens, outdoor grottos, flower beds, walkways, and patios.
- Solar photovoltaic system Solar photovoltaic systems refer to solar electricity systems that use silicon solar panels to convert the sun's energy into electricity.
- Solar power generator Solar power generators harness and convert solar energy into electrical energy for powering from lights to electrical equipment.
- Solar power inverter The process of harnessing the sun's energy to produce power involves a solar inverter used for converting an electric current.
- Solar power system Grid-tie solar power systems are connected into the electric power grid. Stand alone solar power systems are self-contained systems.
- Solar shingles Solar shingles are small solar panels made to look like regular roofing shingles. They are made from flexible thin-film solar cells.
- Thin film solar panels Thin-film solar panels are a substantial improvement over the first generation, which use thick wafers of crystalline silicon.
Advertisement
 |