Our Solutions
Load Management Systems
Challenges
An Evolving Electric Grid
The electric grid is under growing stress due to the rise of decentralized, unpredictable production and the increasing demand from mobile and variable loads.
Like a conductor leading an orchestra, a coordinated approach is essential to synchronize these elements, ensuring they operate in harmony to maintain grid stability.
At the core of Pulsadis’ solutions is the Centralized Remote Control with Musical Frequency (TCFM). By injecting a signal at a precise power level through large-scale equipment installed at source substations, TCFM provides a robust and tamper-proof solution—impossible to replicate with mobile equipment on a regional electric grid scale.
Enhanced security of LV/MV networks
Load Control via Power Line Communication (PLC)
The Pulsadis solution facilitates the transmission of commands such as tariff changes (encouraging electricity consumption outside peak periods) and direct load control (switching devices on or off).
Trusted by grid operators, the system’s speed and reliability enable the management of dynamic tariffs with minimal notice. It also allows for rapid emergency response by broadcasting alert signals across a wide area in just seconds.
Manage Grid Load Predictably
Respond Quickly to Emergency Situations
Reduce Peak Loads
Manage Photovoltaic (PV) Renewable Energy Generation
Control Public Lighting
Manage EV Charging Stations
Energy Transition
Renewable Energy at the Heart of the Grid
Our solution is compatible with all types of industrial and production sites, including wind farms, solar parks, cogeneration plants, and installations that may interfere with centralized remote control systems.
Energy Efficiency
Series Active Filter (FAS)
The Series Active Filter (FAS) create a total blocking effect, ensuring that self-production remains invisible to centralized remote control signals.
Their effectiveness is continuously monitored, preventing any interference from the production installation. As a result, self-producers are no longer disconnected in the event of a signal drop on the grid.
Connect a production facility to the grid without disrupting centralized remote control signals
