Cooling system fluid - Import export

Is suitable for all engines and can be mixed with all coolants. Protects against frost, rust and overheating all year round. Other sizes available on request

An indirect dry cooling system is characterized by the use of a condenser and air-cooled heat exchangers.The cooling system consists of the following main components :condenser (surface or spray type),cooling water circulating pumps and recovery turbines, if applicable,heat exchanger deltas including louvers,natural draft cooling tower,piping and valves,water storage tanks and transfer pumps,electrical equipment,instrumentation and control,accessories such as cleaning system, nitrogen blanketing system,The warm water from the condenser is delivered to the natural draft cooling tower by the cooling water circulating pumps and an underground piping network. After the cooling in the heat exchangers, the cold water returns to the condenser.

CWT series tanks store chilled water for refrigeration systems, heat pumps, fan coil units, and cooling chambers, especially in systems with limited water content or where production and consumption of cold are time-separated. Some models can alternate between cold and hot water storage for seasonal use in reversible systems. CWT series tanks from Teplobak come in the following versions: CWT CS: carbon steel with external anti-corrosion paint, up to 10,000 liters. CWT ZN: carbon steel, hot-dip galvanized accordance with EN1461, up to 3000 liters. CWT PC: carbon steel with internal bioceramic polymer coating and external anti-corrosion paint, up to 10,000 liters. CWT SS: stainless steel, up to 5000 liters. CWT tanks may include internal elements like partitions or pipe guides. Available with various types of insulation(anti-condensation rubber, two-layer insulation:rubber + polyester/polyurethane foam, rigid polyurethane).

The CTT-EC-HV406L energy storage system has a wide range of applications, including but not limited to renewable energy integration, grid assistance services, commercial and industrial applications, and emergency response scenarios. In solar or wind farms, it can balance energy production with demand and improve the utilization of renewable energy. In the power grid, it provides auxiliary services such as frequency modulation and peak regulation, which helps to enhance the stability and reliability of the power grid. In business centers or industrial parks, it can be used as a backup power source or for peak cutting and valley filling to help reduce energy costs. In emergency situations, such as natural disasters, it also provides critical power support to ensure the normal operation of rescue and communication equipment.