Necessity of daily inspection and maintenance of load bank

At present, the test system of generator set with load bank as the core has been widely recognized in the market, and the demand is growing rapidly.Generally speaking, it is mainly because of the increasing demand for generator sets and scientific inspection and maintenance of generating units in various industries.

Diesel generator set as the emergency backup power supply after power outage, most of the time is in the standby state, once a power outage or failure occurs, the backup diesel generator set plays a vital role. However, we often find that there are problems with the performance of diesel generator sets after the power supply failure, which shows that many users do not pay enough attention to the knowledge of AC false load for the detection and maintenance of diesel generator sets.

The load system of generator sets can effectively avoid power outages and protect enterprises from unnecessary losses by strengthening the daily inspection and maintenance of generator sets, establishing perfect rules for detection and maintenance of generator sets, and standardizing the maintenance of generator sets on a regular basis.

Secondly, regular inspection of generator sets can reduce the cost. Take the United States as an example: regular generator testing can delay the overhaul period of the original unit by 3 to 8 years, and extend the minor repair cycle from the original 12 months to about 18 months, which not only greatly increases the availability of the unit, but also reduces the maintenance cost.

The intelligent test platform of generator set aims to solve the above common test problems and provide users with a new test system which can adapt to a variety of test requirements, can complete the test quickly and efficiently, and has the potential to upgrade and expand capacity.

Advantages of Intelligent Test load equipment for Generator set：

1. It can meet the testing needs of multi-voltage and multi-station units, eliminating the tedious need for users to switch back and forth between multiple test equipment.

2. easy to use, save learning costs, improve use efficiency, and reduce man-made misoperation.

3. Global redundancy design, fully considering the operation safety of the system under various operating conditions.

4. unified maintenance and after-sale, the system can run safely for a long time and prolong the effective testing time.

5. The system platform has the space to be upgraded, the capacity is expanded conveniently, and the unpredictable upgrade problem in the later stage can be solved in the long term.