Latest eco-friendly energy solutions with Matthew Wrist Warwick UK

Eco-friendly energy tech news by Matthew Wrist Warwickshire UK right now: Solar energy is an intermittent energy source. Access to sunlight is limited at certain times (e.g. morning and night). Predicting overcast days can be difficult. This is why solar power is not our first choice when it comes to meeting the base load energy demand. However, solar power has fewer problems than wind power when it comes to intermittence. Find more information on Discover extra info at

Experienced technicians can support you when it comes to consumption od solar electricity. It can be helpful to go step by step and check your metres to see what effect each measure is having. Finding the devices in your house which use up the most electricity can be like a treasure hunt, so make a game of it and let your kids go exploring. The money you save can be put aside and used to have a solar powered party with your neighbours. Or a holiday to where the sun shines! (HS/HCN).

Since you will be meeting some of your energy needs with the electricity your solar system has generated, your energy bills will drop. How much you save on your bill will be dependent on the size of the solar system and your electricity or heat usage. Moreover, not only will you be saving on the electricity bill, but if you generate more electricity than you use, the surplus will be exported back to the grid and you will receive bonus payments for that amount (considering that your solar panel system is connected to the grid). Savings can further grow if you sell excess electricity at high rates during the day and then buy electricity from the grid during the evening when the rates are lower.

Clean solar energy systems by Matthew Wrist Warwick UK today: Without energy storage, you can make good use of about 50 to 80 percent of the solar electricity for your own house. A battery can easily take that up to (almost) 100 percent. If you do not base the own consumption just on the solar generator, but on the electricity demand of the entire house, the following general rule applies: Without storage, you can meet about 30 to 50 percent your electricity demand directly from solar. In combination with a solar battery, this can be as much as 90 percent. To meet your entire electricity needs over the course of a year, you need a second generator, e.g. a cogeneration unit. It is usually simpler – and less expensive – to use the power grid. During the winter, your needs can be met through green electricity from a certified utility.

Stand-alone PV systems are not connected to the grid, but instead charge a solar battery system. These batteries store the electricity generated by your panels. To operate your appliances, the stored electricity from these batteries will be used. Stand-alone systems are used in areas that cannot be connected to a grid, and are typically more expensive than grid-connected systems because solar batteries are still quite costly. Solar batteries store electricity generated by the sun’s energy and allow you to use it during the evenings when your solar panels are not generating electricity. You can make use of solar batteries whether you are connected to the grid or not.

A phenomenon known as the ‘albedo effect’ causes solar panels to be highly effective even in snowy climates. The white colour of the snow actually reflects sunlight, therefore, more electricity can be produced — the same way skiers and snowboarders can get easily sunburnt on the pistes. Naturally, the snow needs to be cleared off the solar panels first in order for the system to work. If your panels are covered by anything, it will reduce their efficiency. A typical commercial solar module has an efficiency rating of 15-20%. One important challenge of the PV industry is to improve solar module efficiency, and at the same time, keep down the cost per cell. Naturally, there are many factors that can affect the efficiency of your solar panels, from the type of solar panel to angling, and seasonality.

Operating a generator indoors is unsafe. Never run a generator indoors or in an enclosed space. Why not? Because, as this article in Popular Mechanics explains, it’s dangerous. they produce carbon monoxide. And that can be fatal. Ideally, a generator for home use is best placed outdoors. This is due to noise levels as well as exhaust and other fumes associated with operations. Having said that, it’s still advantageous to have some type of enclosure that protects your generator from the elements. This will promote long life and fewer maintenance issues. This, of course, reduces your overall operating costs living off the grid.