Sustainable Cooling Solutions

Secop Sustainable Approach

Secop has taken an active, responsible, and sustainable approach to environmental management. The company focuses on the development and market placement of products that comply with the latest safety, energy, and environmental standards.

Secop compressors are designed to reduce energy consumption and carbon dioxide (CO₂) emissions. To achieve this, they use state-of-the-art technology, such as variable speed compressors as well as to use natural refrigerants (hydrocarbons – HC) such as propane R290 and isobutane R600a. Natural refrigerants are less harmful to the environment than traditional refrigerants such as CFCs and HCFCs.

Secop compressors help reduce the environmental impact of commercial refrigeration. They are the ideal choice for customers who want to protect the environment and save on energy costs.

We believe in a green future and a green future will drive the refrigeration market towards natural refrigerants. Please read our new whitepaper for the latest information.

Photovoltaic Technology for Cooling Solutions

Photovoltaic solar technology is a very promising alternative for many different cooling solutions and market segments. These systems overcome the problem of site remoteness and a distant power grid. It gives the opportunity to benefit from the significant solar potential to keep the compressor active, ensuring a constant cooling effect without the need to be connected to the grid and without extra cost after the initial investment.

Our SDD technology uses solar power to drive cooling systems in remote areas not connected to the grid. Secop, the leading supplier of solar direct drive solutions, has developed a new generation of SDD controllers optimized for the new BD Nano series.
The new controller has been improved to better operate with photovoltaic panels and offers additional features such as power input management to extend running time, operation in unstable AC grids (voltage fluctuations), photovoltaic (PV) or solar panels, peak power point tracking functionality, and 24 V DC / 30 W output for external devices (USB chargers, heaters, etc.).
The new control includes connectivity options, a communication interface with Tool4Cool, and can upgrade solar direct drive systems to optimize the use of photovoltaic energy in remote applications.