The charging pile is not afraid of flooding

Related Products Recommended

The charging pile is not afraid of flooding

Charging piles generally do not cause problems due to regular rainy days. The equipment and charging ports are all designed for waterproofing. These are all national standards. The charging port of the charging pile has good waterproof and airtightness.

Under normal circumstances, the charging interface of the charging pile has good water resistance and airtightness. During the construction of charging facilities, ground hardening and foundation protection will be carried out at the bottom of the charging facilities, so that 20-30cm below the body of the charging pile has the ability to prevent flooding.

Once most of the charging piles are immersed in water, the pile body will have short-circuit protection, start automatic tripping and power off, and at the same time, its current catchment also has a corresponding trip protection action. And will not damage the charging module(EV charger module). In addition, the current intelligent development of charging facilities, some charging piles can be remotely cut off the power supply.

Protection advice

If there is too much rain or thunder at the same time, it is not recommended for everyone to use it.Experts said that for household charging piles installed by consumers themselves, there is generally no need for follow-up inspection after ordinary rain. However, if the charging piles are soaked for a long time, it is not recommended to use them again, and they need to be evaluated or repairedbyprofessionals.

#EVchargingStation #EVcharger #EVchargerModule #20kwEVchargerModule #30kwChargerModule #40kwChargerModule #PowerModule #EVchargingPolicy #EVchargingMaintenance

2021-07-27 14:50

ꄘViews:0

ꂃPrevious： null

ꁹNext： null

Home ꄲ Industry information ꄲ The charging pile is not afraid of flooding

Power Modules for Hydrogen Production

This article explores power modules in hydrogen production, highlighting Maxwell air-cooled modules (MXR820100B, MXR500100B, MXR400100B). Compared to traditional IGBT systems, they offer higher efficiency, faster response, greater power density, and superior reliability. These advantages improve electrolysis efficiency, reduce energy use, extend electrolyzer life, and support clean, sustainable hydrogen production.

넶0 2025-09-23
Development and application of hydrogen technology!

Hydrogen technology is driving the global clean energy transition, with rapid advances in alkaline, PEM, solid oxide, and seawater electrolyzers. As demand for hydrogen charging grows, Maxwell introduces its 100kW AC/DC hydrogen generators (MXR820100B, MXR500100B, MXR400100B). Featuring high efficiency, modular design, and wide voltage adaptability, they enable megawatt-scale hydrogen electrolysis and next-generation EV charging.

넶5 2025-09-18
Are you looking for a string power converter ideal for High-power EV chargers?

In 2025, the demand for high-power EV chargers in Europe is rapidly increasing with speeds up to 420kW. Maxwell introduces its new 60kW AC/DC power converter, supporting up to 3.6MW charging systems with modular scalability, air or liquid cooling, and compact design. Proven in real projects from 120kW to 600kW EV chargers, it is a cost-effective and reliable solution for heavy-duty EV charging applications, renewable energy integration, and large-scale charging hubs.

넶9 2025-09-10