Breakthrough technology in solar electricity

Solar electricity is created by using Photovoltaic (PV) technology and converts solar energy into solar electricity from the power of the sunlight. Photovoltaic systems harness the power of sunlight to run ordinary electrical equipment such as computers, lighting, and household appliances.  This solar process converts our free solar energy, which is the most abundant energy source on the planet directly into solar power. 

The term solar technology is used for space heating and water production. PV technology consists of a cell of two or more thin layers of semi-conducting material that is made mostly from silicon.  When exposed to light, electrical charges are generated and this can be conducted away using metal contacts as direct current, commonly known as DC. Since the electrical output from a single cell is small you need multiple cells connected together that are encapsulated behind glass to form a module referred to in solar lingo as a 'panel'.  This module is the principle building block of a PV, so you can take any number of modules and connect them together to get the desired electrical output. 

The residential solar panel is becoming more and more popular with homeowners around the world as the cost of energy increases.  PV equipment has no moving parts and as a result requires minimal maintenance or upgrades.  Solar electricity is produced without producing harmful greenhouse gases into the environment and its operation is virtually silent.

The solar powered light is becoming more and more popular especially for outdoor landscaping appliances, and is also becoming used much more on the inside of residential homes.  PV systems supply solar electricity in many different applications ranging from powering complete city buildings, which is usually connected to a normal solar power network.  These systems also supply power to garden lights and remote telecom relay stations. 

This solar product is used a lot in the UK as part of a grid-connect PV system.  These systems are connected to a local solar electricity network. Electricity is generated during the day by the PV system and can be used immediately, which is common in office and commercial buildings.  Electricity supply companies are good candidates for this type of power. When the sun goes down this electrical system is unable to provide the electricity required, so power can be bought back from the network. This grid system has an energy storage system, which means the PV system does not need to include any battery storage. PV technology provides pollution and noise-free solar power without the extra space.  Many impressive examples of solar powered electricity applications can be seen across North America and all over the world.  If you've never explored this type of power source for your yard or home, now is the time. Visit some of our online representatives and learn more how you can save money today.