Dynamic Load Management Onsite Controller for EV Charging and Building Load
The AmpEdge dynamically distributes power to chargers in real-time, increasing charging speed while keeping total peak power consumption low. Its low-latency response ensures efficient energy management, even during sudden load changes, maintaining reliable operations.
The AmpEdge integrates with metering devices to account for baseloads such as building energy, machinery, or cooling systems. This ensures chargers operate within site capacity while maintaining functionality offline, providing a robust solution for diverse site conditions.
Connected to the Ampcontrol Cloud, AmpEdge optimizes energy usage by factoring in departure times, routes, and TOU rates. Users can remotely monitor and configure settings via the cloud, ensuring flexibility and cost-effective site management.
AmpEdge dynamically distributes power in real-time, optimizing charging speeds while limiting total peak power consumption to prevent grid strain.
Yes, it integrates with metering devices to manage baseloads like building energy, machinery, and other energy consumers, ensuring balanced power distribution.
No, the system operates offline for reliability but can leverage cloud connectivity for advanced optimization and remote configuration.
The system uses TOU rate adjustments and data from the Ampcontrol Cloud, such as departure times and routes, to reduce energy costs and improve efficiency.
AmpEdge reacts in real-time with low-latency adjustments, maintaining optimal power distribution and preventing operational disruptions.
By managing site energy within grid capacity and dynamically shifting loads to off-peak times, AmpEdge minimizes grid strain and infrastructure wear.