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<trp-post-container data-trp-post-id='7381'>What should you pay attention to when installing a DC charging pile cooling system?</trp-post-container> - liquid cooling(images 1)

1.Understand the characteristics of the DC charging pile cooling system

Before installing a DC charging pile cooling system, you need to understand the characteristics of the equipment. This includes things like the device’s size, weight, operating temperature range, and power requirements. Ensure that the equipment has sufficient space and power required for its operation at the installation site, and ensure that the operating temperature range of the equipment meets actual requirements.

2.Dealing with common problems of DC charging pile cooling system

During the installation and use of the DC charging pile cooling system, you may encounter some common problems. Here are solutions to common problems:

  • Insufficient cooling/heating effect: This may be caused by scaling inside the equipment, blocked pipes, or insufficient refrigerant. Maintenance and maintenance should be carried out regularly, including cleaning internal scale, replacing filters, adding refrigerant and other measures.
  • Equipment abnormality: If the equipment has abnormal sound, vibration or odor, it should be shut down immediately for inspection. It may be caused by damaged internal parts of the equipment, broken pipes, or other reasons. The manufacturer or maintenance personnel should be contacted in time for maintenance.
  • Electrical failure: If the equipment cannot start normally or other electrical failures occur, you should check whether the power connection is normal and whether the wires are damaged or loose. If you cannot solve it yourself, you should seek help from an electrician.
  • Waterway system problems: If the equipment has problems such as water leakage, insufficient water volume, or abnormal water temperature, you should check whether the waterway system is well sealed and whether the accessories are damaged. If you cannot solve it by yourself, you should contact the manufacturer or maintenance personnel for repair.

  • Flüssigkeitskühler(Gewerbliche Energiespeicherung)"      /&gt;<figcaption><span>Battery Energy Storage Systems are filled with many battery cells, generating a large amount of extreme heat load. This means that the cooling system needs to precisely control the temperature and efficiently dissipate the l…</span></figcaption></figure></a></div><div class= Liquid Cooling Chiller(Commercial Energy Storage)

    Battery Energy Storage Systems are filled with many battery cells, generating a large amount of extreme heat load. This means that the cooling system needs to precisely control the temperature and efficiently dissipate the l…

  • Flüssigkühler(Beladungsstapel)"      /&gt;<figcaption><span>Modell CHDYL-4 -45℃~55℃ Kühlleistung 4KW Temperaturregelgenauigkeit ±1℃ Echtzeit-Temperaturaufzeichnung Kältemittel Solezirkulationssystem vollständig geschlossenes Design Durchfluss 1.8~5.5L/min Druck 0.7bar Minimale Wassereintrittstemperatur 15°C ...</span></figcaption></figure></a></div><div class= Liquid Cooling Chiller(Charging Pile)

    Model CHDYL-4 -45℃~55℃ Cooling Power 4KW Temp control accuracy ±1℃ Real-time temperature record Refrigerant Brine circulation system fully enclosed design Flow 1.8~5.5L/min Pressure 0.7bar Minimum water inlet temperature 15°C (…

  • Flüssigkeitskühler(Energiespeicher)"      /&gt;<figcaption><span>Model CNYL -45~55 Cooling Capacity 45KW Temperature Control Accuracy ±0.5℃ Real-time temperature record Secondary Refrigerant Ethylene glycol antifreeze, fully enclosed design of refrigerant circulation system Refrigerant R41…</span></figcaption></figure></a></div><div class= Liquid Cooling Chiller(Energy Storage)

    Model CNYL -45~55 Cooling Capacity 45KW Temperature Control Accuracy ±0.5℃ Real-time temperature record Secondary Refrigerant Ethylene glycol antifreeze, fully enclosed design of refrigerant circulation system Refrigerant R41…

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