Updates

The absorber plate should be of long working life.

The absorber plate is made of a single sheet of aluminium and using a specially patented technique is folded around the heat pipe. This means that there is virtually a 360° contact between the heat pipe and the absorber plate. This method of fix...

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The glazing should be strong low reflection high absorption and low emissivity.

The glass is safety solar low iron tempered glass 4mm thick. It is TUV tested to withstand golf ball sized hailstone. It is highly transparent and allows more than 93% of available light to reach the absorber plate. ...

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Build Quality

The panel tray is stamped from a single sheet of aluminium manganese alloy, anodized for corrosion protection. This seamless method of construction is not only very strong, but there are no rivets to come undone and no seams which can act as weak point in the structure which will b...

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Solar water heating bespoke packaging.
Moving panels all over the World to accommodate ever demanding projects requires care & attention to the packaging, ensuring the systems arrive safe & secure.
Where required our systems are packed in special crates to manage the uncertainty of global ship...

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No Heat Dump Required
The Thermosolar TS300 panels are designed with 4 connections. The meander within the panel negates the need for a heat dumps as in stagnation the glycol will flash to steam.
The glycol will then get pushed out of the collector into the expansion vessel. For this reason ...

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Thermal Solar swimming pool Heating is the most cost-effective way to heat swimming pools Anywhere in the World. With very compelling payback periods. Whether they are Olympic Swimming Pools or simply a small domestic pool. People always associate solar pool heating with warmer regions but they a...

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Testimonials

a week ago
Very good, quick and comprehensive response to my enquiry on solar heating
- Peter G
6 months ago
Great product that I have been using and servicing for the last 16 years.
- David R
8 months ago
I have been using this company for over 15 years, great products, fantastic technical support and always willing to help with the design of larger more complex systems, which for a small business like mine is essential, the products are of the highest quality, which for me is very important, as I like to install systems that are based on longevity and performance, I highly recommend
- Christopher F

50 Years of Solar Engineering

Solar panels are a safe and environmentally friendly way of producing heat. It makes no sense to us at Thermosolar if the panels need to be regularly changed, maintained or serviced. We at Thermosolar think that they should be built strongly; they should have a very long working life and should require no maintenance producing versatile controllable heat for homes and industry. 

They should be designed for use as a sealed system through heat exchangers rather than directing potable water through the panels so that they can be used for maximum efficiency with more than one heat circuit if needed. Solar systems built with our panels should be very low maintenance structures with
as strong and nearly as long lasting as the building they serve. 

The materials used should be recyclable and environmentally benign but strong long lasting and of the highest Quality.

The glass is safety solar low iron tempered glass 4mm thick. It is TUV tested to withstand golf ball sized hailstone. It is highly transparent and allows more than 93% of available light to reach the absorber plate. 
This glass will not let you down.

The absorber plate is made of a single sheet of aluminium and using a specially patented technique is folded around the heat pipe. This means that there is virtually a 360° contact between the
heat pipe and the absorber plate. This method of fixing enables the sheet aluminium and the copper pipe to expand and contract while holding
their shape and full contact with each other so that heat can conduct efficiently with minimal loss. There is no welding, soldering or bonding used.

In the panel the heat pipe is a continuous copper pipe without joints (except at the two connections to the manifold pipe). This is a robust form of construction preventing leaks, weeps and avoiding liquid loss in the collector which tends to condense on the glazed surface, thus preventing optimum efficiency and over a period of time decaying the absorber surface.

The ability to hold heat stresses over a prolonged period of time. The owner of the collectors should be able to leave the property vacant and unattended knowing that the panels will safely stagnate and will not require covering in times of high insolation and low heat requirements. This overcomes the problem of having to “dump” the heat. Thermosolar TS 300 panels are designed stagnate at 374 Fahrenheit (190 degrees Celsius) – in other words they will not get hotter than that regardless of insolation conditions.

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