Refrigeration innovation under carbon neutrality goals: How do high-precision water chiller units assist enterprises in green transformation?
Release time:
2025-06-10
Jicce (Nanjing) Technology Co., Ltd.'s high-precision water-cooled chillers, through efficient energy conversion, environmentally friendly technology applications, natural cold source utilization, waste heat recovery, and excellent operating condition adaptability and long-term operation design, comprehensively assist enterprises in achieving energy saving and emission reduction in the refrigeration field, providing strong impetus for the green transformation of enterprises.
In the global push for carbon neutrality, the demand for energy conservation and emission reduction across various industries is becoming increasingly urgent. The refrigeration sector, a significant energy consumer, requires a crucial green transformation. Jice (Nanjing) Technology Co., Ltd. Leveraging its deep technical expertise in high-precision water-cooled chillers, the company provides innovative solutions for enterprises to achieve low-carbon development. It demonstrates significant advantages in energy efficiency, environmental protection technology applications, and serves as a reliable partner for corporate green transformation.
I. High-efficiency Energy Conversion and Intelligent Control: Building a Core Energy-saving Engine
Jice (Nanjing) Technology's high-precision water-cooled chillers are equipped with permanent magnet synchronous variable frequency compressors and high-efficiency permanent magnet motors. Compared to traditional fixed-frequency units, energy efficiency is improved by over 30%. Through AI intelligent algorithms, the unit can dynamically adjust the compressor speed according to real-time load. In the 20%-100% load range, a high COP value is maintained; under partial load, the COP can reach over 5.0. This achieves precise matching of cooling capacity and actual thermal load, avoiding energy waste from "overkill" situations.
The heat exchanger uses micro-channels and high-efficiency corrugated tubes to enhance heat transfer, increasing the heat transfer coefficient by 20%-40%. This effectively reduces temperature difference losses between the hot and cold ends, further reducing compressor power consumption. The full-system hydraulic balance design and the application of variable frequency water pumps reduce water pump power consumption by over 40% compared to traditional constant-speed systems. The intelligent group control technology for multi-unit collaborative operation further improves the overall system energy efficiency, significantly reducing energy costs for enterprises.
II. Low-loss Design and Environmental Protection Technology: Building a Green Refrigeration Ecosystem
In the application of environmentally friendly refrigerants, Jice (Nanjing) Technology is at the forefront of the industry. The units use environmentally friendly refrigerants such as R32 and R410A. These refrigerants have an ODP (Ozone Depletion Potential) of 0 and a low GWP (Global Warming Potential), reducing the negative impact on the environment from the source. At the same time, the unit is equipped with high-efficiency sound insulation cotton and a sealed structure, effectively reducing energy loss and refrigerant leakage, further improving environmental performance.
The electrical system uses energy-saving transformers and harmonic suppression devices, reducing the overall power consumption density by 10%-15%. It is worth mentioning that the unit supports a dynamic sleep mode. When the load is below 10%, it automatically enters an energy-saving standby state, with power consumption reduced to below 5% of the rated power, truly achieving the energy-saving goal of "on-demand cooling" and saving a significant amount of energy consumption for enterprises on their carbon neutrality journey.
III. Natural Cold Source Utilization and Waste Heat Recovery: Creating New Paths for Sustainable Development
To further reduce energy consumption, Jice (Nanjing) Technology's high-precision water-cooled chillers actively explore the use of natural cold sources. When the ambient temperature is low, the unit can automatically switch to natural cooling mode, fully utilizing low-temperature outdoor air or natural water bodies as natural cold sources to cool the chilled water, significantly reducing compressor operating time and energy consumption. This design concept, which harmonizes with nature, not only saves energy costs for enterprises but also aligns with the global strategic goal of sustainable development.
In addition, the unit has a waste heat recovery system with a heat recovery rate of up to 70%. By recovering and reusing the waste heat generated during the refrigeration process, it can meet the needs of hot water supply, workshop heating, etc., achieving energy recycling, further improving energy utilization efficiency, creating additional economic value for enterprises, reducing reliance on traditional energy, and helping enterprises build a sustainable energy utilization system.
IV. Extreme Condition Adaptability and Long-term Operation: Ensuring the Sustainable and Stable Green Transformation
Jice (Nanjing) Technology's high-precision water-cooled chillers have excellent extreme condition adaptability and can maintain stable refrigeration under harsh conditions such as ambient temperatures of -10℃-45℃ and power voltage fluctuations of ±10%. Through multiple safety mechanisms such as anti-icing protection and over-pressure/over-current protection, system failures are effectively avoided, ensuring reliable operation of the unit in various complex environments and providing solid support for the green production of enterprises.
In terms of long-term operation, the heat exchanger uses stainless steel nano-coating material and is equipped with a water softening system, which can significantly reduce scale deposition and corrosion, maintaining long-term stable heat transfer efficiency. Ordinary units may experience a 10%-20% decrease in heat transfer efficiency after 1-2 years of operation, while high-precision units can control the decrease in heat transfer efficiency to within 5%, ensuring that the unit maintains high efficiency and energy saving for a long time, reducing resource consumption from equipment replacement and maintenance, and further helping enterprises achieve long-term green transformation goals.
Jice (Nanjing) Technology Co., Ltd.'s high-precision water-cooled chillers, through high-efficiency energy conversion, application of environmentally friendly technologies, utilization of natural cold sources, waste heat recovery, and excellent operating condition adaptability and long-term operation design, comprehensively assist enterprises in achieving energy conservation and emission reduction in the refrigeration field, providing strong impetus for the green transformation of enterprises. In the tide of carbon neutrality, Jice (Nanjing) Technology will continue to uphold the innovative concept, continuously promote the green innovation of refrigeration technology, and work hand in hand with enterprises to create a low-carbon future.
