Energy Panel, S.L. products

SERIES E is characterized by incorporating thermodynamic solar panel providing higher performance through solar radiation, as well as the environmental energy.

The Thermboil serie 500 is designed to meet the demand for large volumes of hot water in one compact system. Coverage of 500 liters in low recovery times.

The Thermboil RH line is especially designed to satisfy demands for greater volumes of DHW through one compact equipment that accelerates the heating time due to its greater thermodynamic power.

Thermboil FX is a thermal-thermodynamic system that is the result of the combination of a thermal solar system with a thermodynamic heat pump. The solar collector is directly exposed to the sun and receives its heat directly transmitting it to the water in order to heat it. After giving heat to the water, the thermal fluid still contains energy that the evaporator in the heat pump system takes advantage of.

This is a compact unit which includes all the elements of the heat pump as well as the thermodynamic solar panel. The energy captured by the panel is transmitted to the water in the inside of the unit and them pumped to the Storage cylinder.

Systems for hot water and heating - Large Volumes. Hot water up to 55ºC. Electronic expanssion valve. Protection against high and low operating pressure, overheating and high unloading temperatures. High performance with presence of solar radiation.. High efficiency compressor. Compact unit with lacquered steel frame.. Plate heat exchanger made of stainless steel AISI316. High performance systems; calorific power available from 7 to 56 kW. AVAILABLE GTC Plus version: Systems for hot water and heating with buffer tank and back-up system - Large Volumes.

Systems for water heating and heating at high temperature - Large volumes These thermodynamic solar systems are heat pumps with evaporator consisting of thermodynamic panels exposed directly to the sun and to outdoor weather conditions, capturing all available energy. There is an increase in system performance over traditional heat pumps due to solar gain. The captured energy is transmitted to the water to be heated through a heat exchanger or condenser.