Battery discharge test

The battery discharge tester is mainly used for discharge testing of backup power lead-acid batteries in the telecommunications, mobile, Unicom, and electric power DC industries. It integrates three main functions: quick capacity testing, online monitoring, and capacity verification testing into one product, featuring a high level of integration, compact size, and complete functionality.

DC load bank

DC load bank provides a long-term, cost-effective solution for modern DC power testing needs.

28V-430A

The DC load bank (discharge load) is suitable for detecting the output power and load capacity of communication AC devices such as power supplies, UPS equipment, AC voltage regulators, inverters, and switching power supplies.

30V-800A

The DC load bank (discharge load) is suitable for detecting the output power and load capacity of communication AC devices such as power supplies, UPS equipment, AC voltage regulators, inverters, and switching power supplies.

130V-1000A

The DC load bank (discharge load) is suitable for detecting the output power and load capacity of communication AC devices such as power supplies, UPS equipment, AC voltage regulators, inverters, and switching power supplies.

40KVA

The combined resistive and inductive load bank is based on the low-voltage resistive load bank with the addition of inductive load. The inductive load can be selected as either a parallel reactor or a magnetically controlled reactor, with a power factor matching of 0.8. Additionally, customers can customize load bankes of various specifications according to their needs.

100kvar

The combined resistive and inductive load bank is based on the low-voltage resistive load bank with the addition of inductive load. The inductive load can be selected as either a parallel reactor or a magnetically controlled reactor, with a power factor matching of 0.8. Additionally, customers can customize load bankes of various specifications according to their needs.

300kW 225kvar

The combined resistive and inductive load bank is based on the low-voltage resistive load bank with the addition of inductive load. The inductive load can be selected as either a parallel reactor or a magnetically controlled reactor, with a power factor matching of 0.8. Additionally, customers can customize load bankes of various specifications according to their needs.

500kW

The combined resistive and inductive load bank is based on the low-voltage resistive load bank with the addition of inductive load. The inductive load can be selected as either a parallel reactor or a magnetically controlled reactor, with a power factor matching of 0.8. Additionally, customers can customize load bankes of various specifications according to their needs.