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ACEC high efficient refrigeration station technology

 

I. Self - balanced full-filming cooling tower technology

ACEC All conditions self-balancing full-filming cooling tower group adopts innovative self-balancing water distribution system, completely solve the problems of backwater imbalance, ensure the cooling system efficiency under various working conditions, to achieve minimal approximation performance indicators:

  • The technology of whole connected water distribution and catchment among each module of cooling towers eliminate the effect of hydraulic balance on the thermal performance of cooling tower group under the variable flow conditions;

  • Vortex kinetic energy drainage diffusion nozzle with high and low combination achieve full-filming of all filling under 15-120% variable flow conditions, to ensure the thermal performance of the tower group with no fluctuations, or with low attenuation;

  • Self-reliance rectifier check return air valve, integrated wind path design, optimize the wind path and field, enhance fan efficiency, reduce the impact of sun and dust on the water quality;

  • Cooling system design new model, one to one corresponding is unnecessary during selection, achieve full sharing, each other spare;

  • To reduce more than half of the pipeline project, save away all electric linkage valves;

  • To achieve the efficiency frequency conversion of cooling circulating pump.

    

Real-time display approximation values and standard value of cooling tower

 

II. Water pump operation strategy

Transmission and distribution strategy under all condition: 

with the system heat to fit the efficiency curve of the pumps, assimilate into the chiller pressure ratio efficiency and flow rate heat transfer efficiency factors so as to meet the systematized and the best matching needs.

 

III. Chiller running strategy

  • To monitor system load status on time;

  • to monitor chiller’s comprehensive index parameters;

  • to adjust chiller’s running combination mode, optimize the working set value, achieve high efficiency COP value.

 

VI. Microcrystalline Electrocatal-ytic Water Treatment

  • Using nanometer microcrystalline materials, microelectrode catalytic technology to promote scaling factors cluster and precipitate in the cooling water tray;

  • To prevent the occurrence of fouling, decompose dirt and release away, control corrosion indicators, inhibition microbial quantity;

  • To achieve semi-processed water reusable, water conservation and environmental protection;

  • Non-chemical treatment, continuous non-stop micro-energy consumption automatically running;

  • Real-time ensure heat exchanger efficiency, reduce system operating resistance, improve transmission and distribution efficiency.

 

V. Remote cloud service

  • Comprehensive collection of refrigeration system data, take a visual display of energy efficiency indicators;

  • monitor running data and reports at user’s terminal;

  • Real-time curve and comprehensive power consumption of system load can be grasp at any time;

  • Real-time energy consumption abnormal alarm and personal expert diagnostic services;

  • Remote cloud service can be integrated into the KPI management system;

  • optimize the process management procedure, improve the output rate and quality rate;

  • Facilitate power support system to achieve industrial 4.0.