Medical devices (MRI, CT, X-ray), HVAC (climate control), sterilization systems, lighting, emergency power systems
Ensuring continuous operation of critical equipment while minimizing unnecessary energy consumption.
Enhances energy quality by preventing malfunctions in medical devices through harmonic filtering.
Significant savings on hospital electricity bills are achieved through optimal tariff selection.
Energy losses are prevented by analyzing the energy usage of critical devices.
Lighting, HVAC (heating, ventilation, and air conditioning), water heating systems, kitchens, spa, and pools
Improving energy efficiency without compromising comfort, enabling room-based energy control
Increasing system efficiency in the hotel’s electrical network by eliminating disturbances through harmonic analysis.
Ensures the hotel operates at lower cost during peak energy consumption hours through proper tariff selection.
Prevents unnecessary consumption in vacant rooms through room-based energy management.
Campus lighting, computer labs, heating and cooling systems, libraries, cafeterias
Providing centralized management in large buildings, reducing unnecessary energy consumption
Prevents energy fluctuations in computer labs and sensitive equipment through harmonic filtering.
Saves university budget through proper tariff selection and consumption optimization.
Campus lighting and HVAC systems are optimized through smart management.
Melting furnaces, rolling machines, cooling systems, motors, and pumps
Optimizing furnace temperatures and preventing unnecessary energy consumption of machines.
Optimizing furnace temperatures while preventing unnecessary energy consumption of machines.
By determining optimum parameters, energy consumption points are analyzed to reduce billing costs.
Casting furnaces, forming lines, cooling systems
Optimizing the melting process and achieving energy savings in machines
Ensures proper operation of furnaces and motors through harmonic measurement systems, preventing additional energy losses.
Determines the most cost-effective electricity tariff based on production hours through energy tariff optimization.
Plastic and metal melting, paper grinding machines, pressing machines
Reducing energy consumption in waste management processes and optimizing machinery
Improving power quality for clean energy extends the lifespan of machinery.
Significantly reduces energy costs through proper tariff selection and power consumption planning.
Industrial cooling systems, compressors, air curtains
Reducing energy consumption in waste management processes and optimizing machinery
Enhancing power quality for clean energy extends the lifespan of machinery.
Significantly reduces energy costs through proper tariff selection and power consumption planning.
Melting furnaces, forming lines, cooling systems
Melting furnaces, forming lines, cooling systems
Extends machinery lifespan through harmonic clean energy management.
Achieves significant energy cost savings through tariff selection based on optimal production hours.
Pulp production, drying systems, pressing machines
Steam and water consumption control
Prevents machinery overload and extends lifespan through harmonic filtering.
Provides up to 20% savings on billing costs through tariff and consumption optimization.
Distillation towers, compressors, hydrocracking units
Recovering energy from by-products
Ensures safer operation of facilities by eliminating harmonic disturbances.
Achieves significant annual energy bill savings by determining optimal tariffs and parameters.