(Newswire.net — October 4, 2018) — Promek Technologies has announced it can help customers to reduce their energy bill with its revolutionary technology. Vane Boost is a new way to overcome condenser air bypass, which is a common problem with poorly installed HVAC+R systems.
More information can be found at: http://promek.co/homepage-1/vaneboost.
The site explains that air conditioning costs can be highly expensive, whether in the home or office. This is especially true with electricity prices on the rise overall.
What’s more, there are hundreds of thousands of poorly installed units across the world, which are all using more energy than they should be. While, sometimes, this could be the fault of the contractor, often it’s just the lack of space which the HVAC+R condensing unit is placed into.
In these instances, operating problems are caused, resulting in bigger energy spikes than are necessary. However, now there is a simple solution that helps to solve this problem.
For any customers worried about the high running costs of their HVAC units, Vane Boost technology can help. It changes the direction of air flow into a high velocity, straight path, exiting the condenser and eliminating the issue of air bypass.
The Vane Boost technology changes simple axial fans into ones that are a vane axial format, which addresses the problem.
The developers of the product, Promek Technologies, explain that people shouldn’t be fooled by the simplicity of the concept. This is because a great deal of science has gone into making it, ensuring it delivers the best results in terms of HVAC+R performance.
Some of the key benefits include decreased peak electrical demand, reduced energy usage, and increased peak ambient cooling capacity. In addition to this, it can lead to increased compressor life, and the ability to reclaim lost performance caused by air-pass.
There is no other technology like Vane Boost on the market, and it’s proven to help clients enjoy significant and ongoing energy savings.
Full details can be found on the URL above.