Hydraulic fan, as the name suggests, it is to use water other than traditional electricity to
drive the fan. In hydraulic fan cooling tower, hydraulic turbine is used to replace motor as the
power source for fan. Driving force for running hydraulic turbine comes from surplus energy
of the system. After the reconstruction, circulating water provided by water pump flows
through the hydraulic turbine and drives it to rotate. Output shaft of hydraulic turbine is
connected with fans directly to drive the fan rotate.
drive the fan. In hydraulic fan cooling tower, hydraulic turbine is used to replace motor as the
power source for fan. Driving force for running hydraulic turbine comes from surplus energy
of the system. After the reconstruction, circulating water provided by water pump flows
through the hydraulic turbine and drives it to rotate. Output shaft of hydraulic turbine is
connected with fans directly to drive the fan rotate.
The core of the water kinetic energy recovery cooling tower technology and cooling tower
reconstruction technology is a mixedflow hydraulic turbine developed by our company
based on thermal properties of cooling tower and the hydraulic properties of circulating
system. The recovery rate of the turbine is high, with which 100% energy-saving can be reached from the reconstruction of cooling tower circulating water system
with surplus low energy. The water flow into hydraulic turbine can distribute symmetrically
against the rotating shaft of hydraulic turbine, the impacts on hydraulic turbine can be
balanced, the vibration arising during the operation of hydraulic turbine can be reduced
and the cooling tower can be operated more stably.
reconstruction technology is a mixedflow hydraulic turbine developed by our company
based on thermal properties of cooling tower and the hydraulic properties of circulating
system. The recovery rate of the turbine is high, with which 100% energy-saving can be reached from the reconstruction of cooling tower circulating water system
with surplus low energy. The water flow into hydraulic turbine can distribute symmetrically
against the rotating shaft of hydraulic turbine, the impacts on hydraulic turbine can be
balanced, the vibration arising during the operation of hydraulic turbine can be reduced
and the cooling tower can be operated more stably.