Gas Turbine Load Test Load Bank

1) Power output test: Determine the actual output power of the gas turbine under different operating conditions, and verify whether it meets the design requirements.

2) Efficiency testing: Evaluate the efficiency of gas turbines in converting fuel energy into useful work.

3) Speed test: Monitor the speed changes and stability of the gas turbine during loading and unloading processes.

4) Temperature testing: Measure the temperature of key parts such as combustion chambers, turbines, etc. to ensure they are within a safe range.

5) Pressure testing: including intake pressure, exhaust pressure, etc., to understand the pressure distribution and changes.

6) Vibration testing: Detect the amplitude and frequency of vibration during operation, and determine the health status of the mechanical structure.

7) Emission testing: Testing of exhaust emissions (such as nitrogen oxides, particulate matter, etc.) to ensure compliance with environmental standards.

8) Dynamic performance testing: Examining the response speed and recovery ability of gas turbines to sudden load changes.

9) Steady state performance test: Evaluate the stability of various performance parameters under stable load conditions.

10) Durability testing: Verify the long-term reliability and durability of gas turbines through long-term running tests.

11) Overload capacity test: Determine its ability to withstand a certain degree of overload.

12) Parallel operation test (if there are multiple): Test the coordination and performance of multiple gas turbines operating in parallel.

1) Performance testing: used to test the output power, efficiency, speed and other performance parameters of gas turbines under different load conditions, in order to evaluate whether their performance meets the requirements.

2) Debugging and optimization: After the installation or adjustment of the gas turbine, adjust and optimize its operating status and control parameters by loading different loads.

3) Acceptance testing: Before the new gas turbine is put into use, strict acceptance testing is carried out using a load bank to ensure its quality and performance meet the standards.

4) Daily maintenance: Regular load testing can help identify potential performance degradation or failure hazards of gas turbines in a timely manner.

5) Simulated operating conditions: It can simulate various load changes during actual operation, helping to analyze and study the performance and response ability of gas turbines under different operating conditions.

6) Training and drills: Provide operators with real load scenarios for training and drills, and improve their ability to cope with various situations.

Resistive Load Bank

 

Load bank used for gas turbines include performance test,debugging and optimization,acceptance test,daily mainteance,training and driiles.

1000kW Resistive Load Bank

 

Load bank power capacity commonly used in gas turbines may vary depending on specific testing requirements and factors such as the power of the gas turbine.
The function of the load bank is to simulate the load borne by the gas turbine during actual operation, in order to test its performance and reliability. Choosing the appropriate power capacity of load bank is crucial for accurately evaluating the capacity of gas turbines and ensuring their safe operation.
Generally speaking, the power range of a load bank can range from several thousand watts to tens of megawatts. Smaller load banks are suitable for testing low-power gas turbines, while larger load boxes can be used for testing high-power industrial or marine gas turbines.

Deyang Rata Technology Co., Ltd., established in 2013, is located in Jinshan Industrial Park, Luojiang District, Deyang City. Rata is an ISO9001/ISO14001/ISO45001 and CE certificates and a national high-tech enterprise. Since its establishment, Rata has obtained 18 utility model patent certificates and 8 computer software copyright registration certificates.

Rata's main products include medium and low voltage resistive load banks, resistive reactive load banks, rack mounted load banks, electronic loads and battery dischargers, etc. the products are mainly used in large shipyards and power plants at home and abroad, generator on load test operation, transformer test, UPS power supply test and storage battery discharge point test, etc. In addition, Rata provides users with perfect system solutions such as ship shore power, data center, new energy and grid adaptability experiment.

Rata has a perfect technological innovation system and strong R & D capability. For many years, it adheres to the policy of "quality first, customer first", and serves all major fields at home and abroad in good faith. The product quality is reliable and the price is reasonable, which is deeply favored by the majority of users.

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