Why Choose Bluesky liquid-cooling chargers?

Why Choose Bluesky liquid-cooling chargers?

People are looking for several aspects: charging cost, speed, etc. Then the construction of charging systems and EV chargers has become particularly important. Traditional EV chargers will generate a lot of heat during the fast charging process, affecting charging efficiency and safety. Facing the problem, we Bluesky team also try to investigate the liquid-cooling charging solutions and get into the new trend in the development of EV charging technology.

Liquid-cooling charging system applies liquid-cooling technology. It effectively takes away the heat generated during the charging process through a liquid circulation system and it can keep the temperature of the EV chargers and charging cable within a safe range. With the most appropriate charging temperature, EV chargers can charge the cars at their highest efficiency so that they can charge your car within 25 minutes or even within 15 minutes!

Bluesky liquid-cooling chargers will work like this.

How Bluesky Liquid Cooling Charger Works

There is a liquid circulation channel inside the liquid cooling charging gun, in which the liquid inlet is connected to the pump liquid outlet, the outlet is connected to the pump liquid inlet.

When working, the liquid cooling pump motor drives the impeller to rotate to generate centrifugal force, and the coolant is pumped into the liquid cooling gun. As the excellent thermal conductivity of the coolant, the heat from charging is taken out when the coolant passes. The coolant pumped out from the liquid cooling gun passes the heat dissipation module first to reduce the heat of the coolant. Then enter the coolant tank to prepare for the next cycle.

Also, there are pressure sensors, liquid level sensors, and temperature sensors for real-time monitoring installed in liquid-cooled pumps to ensure the normal operation of the pump body.

Working schematic diagram

The promotion of a liquid-cooling charging system is also friendly to our environment. The coolant in the liquid cooling system generally uses environmentally friendly materials, and the efficient heat dissipation capability of the liquid-cooling system can reduce energy consumption and reduce carbon emissions during the charging process. Moreover, liquid-cooling EV chargers are not difficult to install and operate so people can work on liquid-cooling charging projects themselves.

Liquid Cooling EV supercharger

Nevertheless, the liquid-cooling charging system is also facing some challenges in the promotion process. The cost of the liquid-cooling chargers will be a difficulty for some small group operators. Liquid-cooling systems’ manufacturing and maintenance costs are high and require a large initial investment. At present, liquid cooling charging technology has not yet been fully popularized, and there are differences in technical standards between different manufacturers, which may cause different situations in the charging process.

As for our Bluesky liquid-cooling chargers, we can range from 300kw to 600kw which will cover most types of liquid-cooling chargers. We are also declining the cost of the liquid-cooling chargers to support you in starting your projects!

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