Zklysen intelligent industrial ice thermal energy storage (TES) is an energy-saving technology that utilizes energy storage media to store cold energy during off-peak electricity hours and release it during peak electricity consumption or demand periods.
Intelligent control: Automatically adjust the cold storage load based on the electricity price of the power grid, and combine it with the public engineering information system to achieve maximum energy utilization
Backup cold source: As an emergency cold source, the ice tank can still provide short-term cooling in case of main system failure, ensuring production continuity
Reduce carbon emissions: Utilize surplus renewable energy sources (such as wind power) at night to make ice and reduce dependence on fossil fuel power generation during the day
Time of use electricity pricing utilization: making ice during low electricity price periods at night, melting ice for cooling during peak electricity price periods during the day, significantly reducing electricity expenses
Strong team of experts
A doctoral team with rich experience in large chemical and pharmaceutical enterprises
Systematic solutions
Having multiple exclusive process packages, we can undertake chemical and pharmaceutical engineering consulting, existing chemical equipment technology transformation, and operation services
Professional experimental platform
Subcritical catalytic oxidation experimental center and organic solution recovery and industrial energy-saving experimental and pilot platform
Efficient on-site service
Having skilled and experienced debugging and operation service personnel, providing fast and professional on-site services;
Zklysen intelligent industrial ice thermal energy storage (TES) is an energy-saving technology that utilizes energy storage media to store cold energy during off-peak electricity hours and release it during peak electricity consumption or demand periods.
Core technology of ice storage - cold carrier
Due to the huge difference between phase change enthalpy and apparent enthalpy, ice storage with the same capacity can provide 8-10 times more storage capacity than ordinary storage
Comparison between ice storage and ordinary storage
Can provide two modes of cold storage: coil storage and ice hockey storage
Structural optimization and efficient heat transfer
Layered ice storage design:
Porous water distributor+density gradient control, natural layering of hot and cold water (layer thickness error<5%), and improved cooling efficiency to 97%.
After rigorous hydraulic and heat transfer calculations, the optimal heat transfer effect at the same level has been determined
Modularization and flexible expansion
Plug and play design:
The cold storage tank supports parallel connection of multiple tanks, and there is no need to shut down during expansion, adapting to cooling demand from hundreds of tons to tens of thousands of tons.
Module design can be implemented to minimize the impact of construction and renovation on production
Ice hockey is the "energy storage cell" of cold storage technology
Zklysen ice hockey uses Taopu's dedicated cold storage medium, which has good supercooling control to avoid the problem of freezing
point drift of the cold storage body. It also uses high-strength sealing technology to achieve environmental friendliness and safety of ice storage technology
Zero pollution risk
The cold storage agent is safe, non-toxic, and free of biological pollution, as required by GMP/FDA
Anti leakage design
Cold storage ball double-layer shell (HDPE+UV resistant layer), pressure resistance 1MPa, annual rupture rate<0.01%
Ice freezes and melts quickly
Freezing at 1.6KW/℃ and melting at 2.2KW/℃ effectively ensure safe use of cold
Temperature coverage range
-33 ℃~+27 ℃ to meet various cooling needs
Quantity per cubic meter
Diameter 98mm - approximately 1222 pieces
Diameter 78mm - approximately 2444 pieces
Intelligent Control and Information System Integration
Advanced Control
Zklysen ice storage adopts DCS+PLC control scheme and can implant MPC advanced control strategy. It can be customized and
developed according to user's process and actual requirements, ensuring stable operation and temperature control accuracy
within ± 1 ℃
Energy consumption analysis for data collection
The Zklysen Public Engineering Information Collection System can be closely integrated with various energy-saving renovation measures to achieve monitoring of the status of public engineering equipment and energy analysis, helping customers analyze energy consumption in real time and optimize energy utilization
Zklysen Public Engineering Information Collection System
Intelligent Control and Informatization
The company has an excellent engineering team that is familiar with different factory processes and can optimize energy-saving solutions
Comprehensive analysis and optimization of energy-saving and consumption reducing plans based on various factors such as comprehensive equipment and environment
Analysis of Investment Return Period Based on Comprehensive Environmental and Equipment Factors
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