CoolReg POWER Heating, Cooling and Domestic Hot Water and Electricity Production
CoolREG Energy – Innovative 3 kW Vertical Wind Turbines for Energy Solutions
At CoolREG Energy, we operate with a mission to develop sustainability- and efficiency-focused solutions in the energy sector. Our 3 kW wind turbines, designed entirely with our engineering expertise, integrate all stages from design to prototyping and CFD analysis to power electronics design.
Our Design
Our turbines are optimized to transform the dynamic changes of nature into energy in the most efficient way possible.
- Computational Fluid Dynamics (CFD) Analyses :
- Material Selection and Structural Durability: Env
Technological Innovation and Performance
The PMG (Permanent Magnet Generator) technology used in vertical wind turbines enables energy production even at low wind speeds.
- Low RPM Capacity: Tur
- Flexible Power Output:
- Efficiency and Stability :
Eco-Friendly and Economic Solution
Our turbines provide an excellent solution to reduce reliance on fossil fuels.
- Low Carbon Footprint: Ful
- Suitability for Urban and Rural Areas: Com
Application Areas and Advantages
- Small and Medium-Scale Energy Needs: Hom
- Energy Independence :
- Easy Installation and Maintenance:
As a result of our R&D studies that we have carried out for 3 years, the international patent that produces high torque at low speed by using the working principle of the heat pump belongs to our company.
- It is a heat pump that produces electricity while meeting the heating-cooling-hot water needs by using our own production micro turbine in the high pressure phase by utilizing the thermodynamic working principles of the heat pump.
- In our heat pump productions of 50 kW and above, we can meet both air conditioning and hot water needs and produce 12 kW/h of electricity at the same time as the electricity production of the system gives 50 Hz and AC output, it does not need any battery system.
- The micro turbine we use in the heat pump produces high torque at low speeds (200-500 rpm), so there is no high vibration and loud noise in the system.
- Thanks to these advantages, it can produce electricity with higher efficiency and capacity than photovoltaic panels in central system air conditioning.
By producing and installing turbines, we produce heat pumps that produce both heating-cooling-hot water and electricity while the system solves your air conditioning and hot water needs, it also produces electricity, minimizing the electricity you have used, and at the same time increasing your COP (efficiency value) value to the highest value.
In addition, by adding a hot water solar collector to the system, electricity generation independent from the grid becomes possible.
Assembly Stages
