WHY SOLARVENTI DEHUMIDIFIERS ARE
SUPERIOR TO ANY OTHER SOLAR DEHUFIDIFIER OR CONVENTIONAL DEHUMIDIFIER
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SolarVenti Ltd. has 22 years of experience in the development, production and professional servicing of solar air collectors. Today, they are market leaders, with almost 25,000 SolarVenti systems operating with satisfied customers in many countries in the world all enjoying the benefits of free solar energy which are explained below.
Today, SolarVenti’s solar air collectors all use the company’s own design and technology patents, which are valid for most areas of the world.
SolarVenti has invested huge amounts of money in its technologies, taking out worldwide patents, to ensure that SolarVenti continues to dominate the Solar Dehumidifier market with its’ superior technology and multi-function product range.
This gives all SolarVenti models many distinct advantages over competitor products. Please read below for examples detailing the superiority of SolarVenti products from competitor brands.
100% operational security
With the 100% secure self-cooling of the SolarVenti system, neither the solar cell or the ventilator can ever be damaged by extraordinarily high panel temperatures - the self-cooling will always function, independent of a power supply.
Competing systems use an extra cooling ventilator which can fail and cause heat damage to either/both the solar cell and the ventilator.
Although it might, at first sight, seem useful and simple to let an extra ventilator cool the inside of the solar collector, at the same time letting it draw warm air out of the house and through the panel when the sun is at its warmest, in reality this is NOT a good idea.
Why?- Because sending ’used air’ out from the inside of the building through a solar air collector panel, will in the short or long run, cause deposits inside the panel, which will then need to be removed, dismantled and cleaned. Solarventi’s patented design precludes the requirement for this troublesome and expensive reparation.
100 % silent self cooling
Competitor systems which use an extra ventilator to achieve “cooling” do not allow the user to be rid of the sound of the ventilator on very hot days. The extra cooling ventilator on the inside of the panel makes it impossible to set the system to ‘silent off’. At the same time, the cooling ventilator inside the panel uses the power from the solar cell, which instead could have been better used to cool the house with a separate ventilator, mounted on the shadow side of the building (Solarventi’s quiet solution).
Maintenance-free filter
The filter in a SolarVenti is huge, and takes up the whole surface of the back panel. It is maintenance-free and will under normal circumstances never get blocked. This means that the user will avoid the problems of non-cooling of the solar cell and ventilator inside the panel, caused by a blocked filter, which then causes both weakened flow and lower performance of the panel.
Smaller panel – bigger performance
The position of the solar cell inside the panel means that - combined with an optimized internal air flow and a specifically developed and tuned SV Regulator unit – SolarVenti systems have a particularly high output per visible surface area on the solar collector panel. In other words: a smaller solar air collector panel with a bigger effect.
Lowest possible panel thickness
Air intake through the many small holes on the whole surface of the back panel, creates a “particular cushion” which allows SolarVenti to avoid isolation of the back plate on the panel. In this way- and without any loss of performance, SolarVenti has been able to decrease the total thickness of the smaller panels to only 5.5 cms for the models SV2, SV3 and SV7.
Maximum use of heat from wall to roof
Since the SolarVenti ’breathes’ into the filter through the many hundreds of holes distributed across the aluminum back plate of the panel, the intake has no ‘vacuum effect’. The air is drawn in quietly through a large surface towards the small holes, and therefore only draws very little dust into the panel. The quiet air stream towards the many intake holes in the panel, further means that heat from the underlying wall- and roof-surfaces is drawn in to a large extent, and is used inside the solar panel.
Solarventi SV Regulator Unit is optimized for solar cells
SolarVenti's internally developed SV Regulator Unit improves the performance of the solar cell further by approximately 15-20% because the SV regulator is specifically developed for 12V solar cell operation.
The small computer of the regulator will, in relation to the energy of the actual installation, continually maintain an optimal work tension inside the power-producing solar cell. This electronic regulation of the operation of the solar cell, causes a significant improvement in the ventilators’ performance, and therefore in the total performance of the system.
Durability and Service
SolarVenti has considerable experience with almost 25,000 installed systems in the field – many in Scandinavia, and many others in countries as far north as Greenland and Lapland and, at the other end, in Southern Europe and
Australia which have the highest amounts of strong sunlight.
SolarVenti knows that its’ systems hold up. And they know that they hold up for a long time. The vast majority of their systems, produced and mounted back in 1986, are still running without any problems. (and their owners, whose systems have paid for themselves in 3 years , have long been enjoying the benefits of free dehumidification, free fresh, clean, warm, dry air, and free secondary heating from their SolarVenti systems. Others who have installed the “cooling option” , or have purchased the SV30 hybrid system which links to the hot water system, also enjoy the benefit of cooler air in the Summer months, and significantly reduced water heating bills.
All SolarVenti customers have easy access to qualified help and service from the authorised distributor in their local region.
MRT Property management as the official aftercare partner of Dampfreehomes.com are proud to offer this service in the
Bodrum
Peninsula.
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