Improve your resilience to power failures in complex energy operations
Improve your resilience to power failures in complex energy operations
Key Benefits
Fossil Fuel Power Plant
Coal, petrol, and gas energy plants use steam or combustion gases to generate electricity through large turbines and generators. In this process, various rotating equipment such as alternators, pumps, and cooling fans are crucial. Artesis E-MCM and E-PCM units provide a smart and affordable way to monitor the condition of these rotating machines. Our technology also covers gearboxes, compressors, and other essential equipment in fossil energy plants. This monitoring ensures these machines work well, contributing to the smooth operation of the entire energy generation process.
Hyrdo Plants
Artesis exclusively utilizes a non-invasive methodology in our monitoring solutions for hydro power applications. Our technology relies solely on current and voltage readings, better suited for hydro units. This commitment to non-invasive methods ensures effective and precise monitoring, focusing on current and voltage measurements without incorporating other technologies. This approach allows for optimal performance management and early detection of potential issues in hydro power systems.
Nuclear Plants
In a nuclear plant, nuclear fission produces steam, which turns a turbine connected to a generator. Nuclear plants are known for running steadily for long periods, providing a reliable energy supply. However, this reliability depends on the trustworthiness of specific equipment in the generation process.
Key components like reactor coolant pumps, feedwater pumps, and emergency core cooling systems are crucial for the plant’s efficiency and safety. Systems like reactor coolant fans and containment ventilation fans also play a vital role. The reliability of these specialized components is essential for the continuous and dependable operation of nuclear power plants.
To enhance this reliability, non-invasive monitoring technology, like Artesis, offers a valuable benefit. By continuously monitoring these critical components without intrusive measures, it ensures early detection of potential issues, contributing to the overall safety and efficiency of nuclear power plant operations.
Application Areas in the Energy Sector
Gas Turbines: Ensuring reliable operation and preventing downtime in gas-based power plants.
Hydro Turbines: Monitoring hydraulic turbines in hydroelectric power plants to detect issues like misalignment or cavitation.
Excitation Systems: Ensuring stable operation of excitation systems critical for generator performance.
Circulating Water Pumps: Ensuring reliability of pumps used for cooling in thermal and nuclear plants.
Circulating Water Pumps: Ensuring reliability of pumps used for cooling in thermal and nuclear plants.
Gas Compressors: Ensuring fault-free operation in combined cycle and gas power plants.
Cooling Water Pumps: Ensuring the continuous operation of pumps in cooling circuits.
Solar Power Plants: Ensuring reliable operation of tracking systems and inverters.
Hydroelectric Systems: Monitoring penstock valves, pumps, and turbines to optimize efficiency and reliability.
Ash Handling Systems: Ensuring efficient operation of motors in ash disposal systems.
HVAC Systems: Monitoring fans, blowers, and pumps in ventilation and cooling systems.
Switchgear & Circuit Breakers: Tracking performance to avoid disruptions in power distribution.