Residential Solar Panel Installation

Quality solar solutions for Surrey and West Sussex homes

Choosing the Right Solar Panels for Your Home

There are many options when it comes to panel manufacturer and features.  All installers have their own ideas about product and we are no different in this regard.  However, we are flexible and will always be guided by our customers’ preferences, since installation processes do not vary substantially from product to product and we have experience of all systems on the market.

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Back Contact Technology

Having said that, for residential installations, we favour panels that use “Back Contact” technology.  This simply means the grid capturing electricity generated by the silicon cells is located at the rear of the wafer, in contrast to a front-contact grid.  The manufacturing process for ABC (All Back Contact) solar panels is more challenging than that for conventional modules, but the resultant product bestows many benefits

This type of panel generally costs a marginal amount more than conventional modules but, in our view, the benefits far outweigh the small extra cost.

Current adopter examples are Aiko from China and Spanish maker Eurener.  Manufacturers that adhere to this technology have a competitive market advantage, so there is an increase in interest from most other brands.

Benefits include:

The collecting grid is protected from sun damage, so lasts longer, providing for lower panel degradation rates.

The grid does not cover any part of the front of the cell, thus increasing surface area exposed to the sun and, therefore, cell and panel efficiency.

The panel has superior aesthetics because there are no visible grid lines. “All-black” really means the panels are completely black, which gives them a sleek modern look.

Ordinarily, panels will be sited on a pitched roof.  However, we can install on flat roofs and have experience with ground-mounted installations.

Don’t be scared of shade

If the site is shaded for part of the day, it would be advisable to fit Optimisers to affected panels.  This is because panels are linked in series to form generative “strings”, so shading on one module reduces the output of all panels in that string.  An optimiser, when fitted to a particular panel, senses the drop in output and bypasses that panel, thus allowing others in the string to remain productive, hence “optimising” the efficiency of that string.