Search

The EOM4011 high-voltage cable sheath grounding current online monitoring system is suitable for installation in cable trenches, power pipe corridors or cable terminals with voltage levels of 110kV and above. The system collects data such as grounding current, operating current, joint temperature and vibration status of high-voltage cables, and transmits the data to the monitoring center through wired or wireless means.

The EOM4011 high-voltage cable sheath grounding current online monitoring system is suitable for installation in cable trenches, power pipe corridors or cable terminals with voltage levels of 110kV and above. The system collects data such as grounding current, operating current, joint temperature and vibration status of high-voltage cables, and transmits the data to the monitoring center through wired or wireless means.

Integrated busbar (CCS) is in extensive use in power battery modules, mass-storage air-cooled battery modules, mass-storage liquid-cooled battery modules and residential energy storage battery modules, etc. Enabling battery temperature sampling, cell voltage sampling, and high-voltage series or parallel cell connection, it's characterized as follows:

Cells Contact System (CCS) is in extensive use in power battery modules, mass-storage air-cooled battery modules, mass-storage liquid-cooled battery modules and residential energy storage battery modules, etc. Enabling battery temperature sampling, cell voltage sampling, and high-voltage series or parallel cell connection, it's characterized as follows:

High-voltage parallel power capacitor sets are mainly used in three-phase AC power systems with power frequency 50Hz/60Hz and voltage levels of 6kV, 10kV, 20kV, 35kV and 66kV to increase system power factor, improve grid voltage quality and reduce line losses.

High-voltage filter devices are mainly used in places where there are harmonic sources in 6kV, 10kV and 35kV power supply systems. The device is mainly composed of a proper combination of filter capacitor, filter reactors and resistors. After precise tuning, the filter presents low impedance to high-order harmonic currents of a certain frequency, thereby absorbing harmonic currents on site to improve the quality of power.

The basic working principle of the high-voltage direct current transmission system is to convert alternating current into direct current through a converter, transmit the direct current to the receiving end converter, and then the converter converts the direct current into alternating current and transmits it to the receiving end AC system. High-voltage direct current transmission technology is mainly used in large-capacity and long-distance power transmission projects.

Used in 50Hz/60Hz AC power systems, this type of capacitor is mainly used to increase system power factor, improve grid voltage quality, reduce line losses, and give full play to the efficiency of power generation and power supply equipment.