Agnes super fast motor control and drive
Agnes super fast motor control and drive
In recent years, the Agnes drive has been used to control ultra-fast motors in a variety of industries, including CHP power generators, high-speed compressors, high-precision machining, and many new uses.
This product is designed and manufactured with the initial formation of the company and the order of European and British companies to be able to meet all the needs of the emerging mCHP industry. In designing this product, the latest technologies in the world have been used for stable control of Micro CHP at very high speeds of 200,000 rpm to transfer the power of the generator to the network.
The design and industrialization process of this product has led to two global innovations at the US patent level, which is a great honor for this collection and the country’s electronics industry.
Also, with the localization, this product is exported to Europe with high added value as an OEM, which is a proof of the quality and reliability of this product. Agnes ultra-fast motor control and drive, set with mCHP has won the CE mark and various standards.
This technology has created a great change in reducing the energy consumption of the world heating industry and promises to increase fuel efficiency Up to 90% improvement. In this regard, this design has received various awards in Europe
Features
Optimization in accordance with CHP *
Adaptability to the heating industry *
Unique PLC communication platform *
Agnes super fast motor control and drive
In recent years, the Agnes drive has been used to control ultra-fast motors in a variety of industries, including CHP power generators, high-speed compressors, high-precision machining, and many new uses.
This product is designed and manufactured with the initial formation of the company and the order of European and British companies to be able to meet all the needs of the emerging mCHP industry. In designing this product, the latest technologies in the world have been used for stable control of Micro CHP at very high speeds of 200,000 rpm to transfer the power of the generator to the network.
The design and industrialization process of this product has led to two global innovations at the US patent level, which is a great honor for this collection and the country’s electronics industry.
Also, with the localization, this product is exported to Europe with high added value as an OEM, which is a proof of the quality and reliability of this product. Agnes ultra-fast motor control and drive, set with mCHP has won the CE mark and various standards.
This technology has created a great change in reducing the energy consumption of the world heating industry and promises to increase fuel efficiency Up to 90% improvement. In this regard, this design has received various awards in Europe
Features
Optimization in accordance with CHP *
Adaptability to the heating industry *
Unique PLC communication platform *
CHP compliant optimization
The ultra-fast spinning industry is developing rapidly in a wide range of applications. Ultra-high speeds such as 200,000 rpm are only possible by achieving the highest level of modern power electronics technologies.
In mCHP application, the electric motor / generator system must be able to control the speed of the turbine and compressor in both generator and motor modes with high stability. Therefore, the drive and motor Agnes are designed to provide the highest electrical efficiency in both directions and Exchange with the power grid in all mechanical conditions and systems.
This product ensures the use of Modified Sensorless Vector Control technology while controlling the turbine without sensor at all speeds, with minimal noise and ultra-fast rotation of the shaft with high reliability.
All these advantages make the Agnes drive and motor unique in the world in terms of longevity and efficiency.
Also, various communication platforms such as CAN to communicate with the Boiler Control Unit and all sensors and operators of mCHP systems (such as: temperature sensors, ignition sensors, gas solenoid valve, oil pump, etc) to further synchronize the system with the HMI user interface is embeded.
