Grid forming e-cars in 3Sat-Nano
The German TV station 3Sat NANO brought an insightful article about current activities in grid forming e-cars. The electric vehicle is ideal as a swarm storage system for renewable energy.
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V vehicle to home, is a upcoming next level technology where electric vehicles (EV) will become connected to the building electricity grid and utilise their great capacity of battery storage.
As of today EVs are just locally charged by AC providing wall boxes in residential areas. The switch to V2H requires are new type of wall box switch from one-directional AC wall boxes to bidirectional DC wall boxes in order to provide a smooth electricity flow between EV and house grid.
Since the AC wall boxes have set the costing and design level, the customers expectation for DC wall boxes are almost similar and difficult to achieve as DC wall boxes have by far more ingrediens to host. So highest compactness and cost efficiency are main drivers for the acceptance of such upcoming technology.
SiGaN mission 99 platform provides a great basis for specific V2H product designs handling all challenges.
E lectric energy storage, especially for residential buildings, is about to become a standard in well equipped houses.
Reasons are that local electricity generation is typically mainly based on photovoltaics which can't deliver energy at night but produces excessive power during the day. The buffer for such demand – supply imbalance is the EES which helps customers to use their own electricity cost effective, increase their autarky and finally give them a option to power the house even if the electricity grid is down. To the largest extend they are fully disconnect from the electricity grid.
Do do so the efficiency and quality of the EES are key in order to provide not just minimised losses under high and low load scenarios but also to provide a long battery lifetime. The technical options for providing an island mode and switch from grid to off grid back to grid operation are another modes to handle smoothly. A special topic is the load imbalance between the different electricity phases when household use single phase tools such as mixers, coffee machines, …
SiGaN mission 99 platform provides a great basis for specific EES product designs handling all base functionality and certification aspects.
Many use cases in building industry such as elevators, escalators as well as industrial drives e.g. wind turbines or machinery drives have the need to accelerate and decelerate. As of today the deceleration energy (= breaking) is either burnt to heat or the recuperation efficiency is rather low.
The new existence for such motor drives opens new market segments and will enable OEMs and customers to create more efficient and cost effective products processes.
SiGaN mission 99 platform provides a great basis for specific bidi motor drives product designs handling all challenges.
The German TV station 3Sat NANO brought an insightful article about current activities in grid forming e-cars. The electric vehicle is ideal as a swarm storage system for renewable energy.
Sigan is very pleased to have been awarded a grant by the Swiss Climate Foundation. Our cutting edge technology is recognised as positively contributing to achieving net-zero. They state: The Swiss Climate Foundation is donating a good CHF 800,000 for innovative technologies with a positive effect on the climate. Subsidies flow into the development of […]
A unique 400 VoltDC Distributed Servo Drive system for industrial applications
Home elevators are an increasingly frequent element in interior design as well as a great support for the elderly or disabled. Unfortunately, motors installed in standard lifts and the necessary additional components for their functioning often require large machine room areas located at the bottom or top of the elevator shaft. Even current Machine Rool […]
Conveyor belts, for all their usefulness, present a host of challenges. Their constant motion and high speed, coupled with the industrial scale forces required to drive them, rapidly multiply the consequences of any malfunction (e.g. blockage, equipment error, human error) along the line. They therefore require constant monitoring to detect and contain errors in a […]