Emsiso is proud to announce that development of large-scale digital valve actuator is finished.
This is a new product for customer portfolio and is essential to provide complete solutions for smart building automation solutions and HVAC systems based on MODBUS/BACNET protocols and using brushless motor to change desired valve according to various system applications.
EMSISO is proud to announce new project in final development stages.
Motor controller for active high-pressure impactor for oil separation (from blow-by gases) application for diesel engine for 24V and 12V systems. Device permanently work on temperatures above 100°C, with operation up to 155°C. Additionally there is integrated control algorithm for desired intake pressure. Motor control is achieved with field-oriented control with sensorless operation. SW is compliant with MISRA C: 2012....
Emsiso is proud to anounce that we developed a motor electronics for electric power assisted cycle EPAC, that has received official certificate for functional safety according to IEC 61508 and ISO 13849 PLc.
This is our third product in a row related to functional safety.
First product was development of both HW and SW for avalanche airbag system, but complete certification process was performed from external partners. This product attained PLc according to ISO13849
EMSISO has presented its line of emDrive products at the Electric & Hybrid Vehicle Technology Expo Europe 2019 in Stuttgart from 7th to 9th of May. At over 10.800 people visiting the Trade Fair, we have had a crowd at our booth.
Over three days at the show we have had the chance to present our products as well as services to many potentially new business partners. Also there was the opportunity to reconnect with existing partners that visited us at the booth to check out our new products and...
Visit us between 7th - 9th of May 2019 in Stuttgart, Germany. Booth 338.
Electric & Hybrid Vehicle Technology Expo is Europe's largest showcase of H/EV and advanced battery technology - discover cutting-edge solutions from 450+ innovators from across the supply chain, among which EMSISO will be presenting its electric propulsion innovations under emDrive in-house brand.
There will be a unique opportunity for you to meet with many of our experts during the exhibition and thoroughly review technica...
We are proud to announce a new version of emDrive H300, called emDrive H300A. New product was designed for applications where Degraded mode is demanded. emDrive H300A can detect different errors, and then change working algorithm in a way that motor controller can still work, but with lower performances as a result. New advanced functions (for degraded operations) are available as options and can be selected depending on different application needs.
EMSISO has presented its line of emDrive products at the Electric & Hybrid Vehicle Technology Expo Europe 2018 in Hanover from 15th to 17th of May. At over 6000 people visiting the Trade Fair, we have had a crowd at our booth interested in our products.
Especially interesting was our e-motor controller emDrive H300, which astounded many people with its power to weight ratio, since it produces 200 kVA peak power at only 7,5 kg.
Over three days at the show we have had the chance to present our...
Electric & Hybrid Vehicle Technology Expo is Europe’s largest trade fair for electric, hybrid and plugin hybrid vehicle technology. EMSISO will take part of more than 300 manufacturers and service providers from across the H/EV supply chain that will exhibit their services and products at the Electric&Hybrid Vehicle Tech Expo that is taking place 15th-17th of May, 2018 in Hanover, Germany.
Cutting edge technology including electrical powertrains components under EMSISO’s in-house emDrive bran...
Emsiso successfully finished the development of sensorless control for permanent magnet synchronous machine controllers using linear observer to eliminate a need for a rotor position sensor.
This algorithm is optimized for aviation, marine and submarine applications, where due to the harsh environments rotor position sensors are costly and time consuming and are also often presenting a single point of failure in the system.
In addition to standard field oriented control (FOC) with rotor position s...