Outlines For Solar Panel Courses

It is by using natural resources such as tidal or wind energy - collectively known as 'Green Energy' - that we could meet our daily energy needs. They're all considered naturally able to replenish - and thereby 'Green'. When considering elements such as Wind Power and Windmills, in many cases we are looking back at the history of energy production. However, it is the result of eco-efficient and planet friendly options that this process is maintained.

The home can use a range of new ideas to help with energy usage - including Solar Thermal and Solar Water Heating Collectors. It is equipment such as Photovoltaic Panels (PV's) that develop electricity through suitable roof-panels. Another key element is that of Biomass Energy, which relates to Stoves and Boilers burning Wood, Fuel and Pellets. What shouldn't be forgotten is the heat stored in the ground from the Sun - often simply referred to as Ground Source Heat Pumps. Not all 'Green Energy' is new - by considering Wind Power and Hydropower we are looking at some of the oldest forms of energy production.

Thermal Energy Systems: Also known as Solar Energy, this mainly uses two, albeit different types of solar panels to get the desired results. As a first strategy, we have Solar Water Heating Collectors - which basically creates hot water from solar energy. Then we have the work of the Photovoltaic Heat Collectors, often called Solar Electrical Panels - which transform solar radiation into electricity. Typically, these panels are found on roofs - and need to be away from any light blocks such as trees, chimneys and other buildings.

Within this discipline, Solar Water Power is often regarded as the most popular form of Solar Energy within the UK. These systems are very efficient - and can deliver 50 percent of a household's hot water requirement annually. Typically, to fit this type of equipment will cost between 500 and 1500 pounds for a DIY kit - all the way up to 2-5k for a full professional fitting.

Biomass Energy Based Systems: This is a 'capture all' phrase which includes all natural materials. e.g. Wood, straw and poultry litter - but nowadays also includes modern 'Energy Crops'. As such, this is a very versatile material and can be engineered to produce heat, electricity and a combination of heat and power in the form of electricity. Furthermore, within the European Markets, the UK is one of the central producers of Biomass fuels. It is the minimal C02 produced, alongside the actual energy production, that makes this attractive to the markets. To that end, many wood crops come from sustainable sources (as one tree is felled, another is planted in its place; thus the new tree absorbs the CO2 produced during the heating process.)

Within this field is the need for the use of 'Energy Crops', such as fast growing trees, e.g. Willow and Poplar or other entities grown on a Short Rotation Coppice (SRC). Of equal importance is the production of perennial grasses - because of their yield of dry matter. Whilst Agricultural and Municipal waste may be lesser known, they are essential to the whole process. Agricultural Waste is commonly formed as a by-product of traditional agricultural work. Whereas Municipal Waste is derived from wood or food - and can be used for biomass energy.

Systems Based On Geo-Thermal Energy: This is primarily the heating of the Earth (mainly from the sun) and can be utilised in electricity and warm water production. In the UK, we are lucky that we can both heat and cool buildings from the ground source temperature of around 12 degrees. Whilst these heat pumps require energy to operate, their rate of return is excellent - being four units produced for every one unit used. A greate return of energy (sometimes almost 100 percent) is produced - because heat source pumps can operate in-line with wind turbines and solar electrical panels.

Wind Energy Systems: Without a doubt, wind energy has to be one of the oldest forms of energy production known to man. Recently though, there has been the trend to generate energy and deliver this onto the local grid. The ability to utilise wind generation is considered to be greatest in the UK. Although we only utilise 1 percent of the current electricity capability from wind - we do have the ability to create 10 percent. Although electricity is still being produced from between 2-10 p per kWh, it could be generated from as little as 2p per kWh. Therefore, recovery of cost takes approximately 6-9 months overall.

Lastly, we have a discipline that the UK does well - namely Hydropower. Energy creation from moving water is very old - although it is now being done in new ways. That aside, it is fair to say that some 2 percent of the UK's electrical load could come from this source.

Using a turbine, a Hydropower system can transform the energy of water into other forms. No water reservoirs are required - as the turbines either run through a water drop-off system or the natural power of the river. 'Micro-Hydro' however, uses the dam and sluice systems that have been made redundant by the larger national distributions. Having said that, this process could still generate 200mW of the National Capacity. The capital cost of installing a micro-hydro system can run between 200 and 3000 pounds per kW of energy output.

It can be seen that the route to 'Green Energy' is growing considerably, especially in light of the need for increasing energy outputs throughout the Western World. The UK domestic market appears to be one of the core beneficiaries of this technology.

Electricians and Plumbers in particular are expected to provide the main thrust of domestic installation expertise. It is the political view of this type of energy generation that results in grants and financial aid becoming ever-more prevalent. This is a new industry - but getting the right certification can only improve job security and opportunities for the future. To cover both ends, you could consider electrical or plumbing training along with green systems.

Author: Scott Edwards. Visit Solar Training Courses or CLICK HERE.