Responsibility and energy saving
Energy is an important topic-both in the medium and long term. In order to prevent climate warming, energy consumption around the world must be quickly reduced. Relevant policies have been formulated. Especially in terms of RLT equipment, there is huge space saving. There were already technical solutions long ago.
The green KV system was developed based on economic principles. Internal quality standards help it operate more efficiently.
The minimum pressure loss (about 150-250 Pa per wind direction) is
based on the best cleanliness of VDI 3803, through a high-quality, particularly stable sheet design. The
power structure model has been certified (South German T?V)
integrated filter pre Thermal (VDI 6022)
The use of high-quality materials and energy-saving technologies—combined with our professional engineering knowledge—improves efficiency.
75% dry heat recovery, even more internal dehumidification to recover cold air under secondary WRG heat recovery conditions
, for reheating
Multifunctional system for WRG heat recovery, KRG cold air recovery, heating, cooling, dehumidification
through exhaust air Cold air recovery by humidification has always been integrated. During
dehumidification, the necessary secondary heating furnace can be connected to heat recovery to use energy for free.
Heat recovery does not reach 100%, but heat or cold air can be added to the hydraulic module: no It will cause extra pressure loss and energy loss in RLT equipment.
Understand how the system works
The controller is the intelligence of the system. The green KV system optimizes each process and coordinates the operating status between components. In this way, efficiency is optimized-the system efficiency at every point in time tells everything.
Real-time data recording and processing: what the system is running, when and how much energy is saved, and whether all components are operating normally, you can track the above information on the analysis tools equipped with it.