Enhance EV charging hubs with solar power integration, increasing site capacity, reducing emissions, and overcoming grid constraints.
AmpEdge integrates with solar inverters and microgrid controllers using standard protocols like Modbus and MQTT. The simple setup process allows for testing in lab or remote environments before site commissioning, ensuring compatibility with most charging installations.
By combining grid power with solar energy, AmpEdge increases the total capacity available to EV chargers. This hybrid setup helps large charging sites overcome grid constraints, enabling faster installations without relying on utility upgrades and reducing grid dependency.
AmpEdge prioritizes solar energy over grid energy, enabling vehicles to charge with clean, renewable power. This reduces CO2 and GHG emissions while also lowering energy costs by minimizing utility charges and using solar-generated electricity.
AmpEdge integrates with solar inverters and microgrid controllers using protocols like Modbus and MQTT, ensuring compatibility with most installations.
Yes, combining solar and grid power increases the available capacity, helping sites overcome grid constraints and reducing dependency on utility power.
Solar energy reduces CO2 and GHG emissions, lowers energy costs, and provides a cleaner, greener solution for EV charging sites.
Yes, the integration can be tested in lab or remote environments before commissioning on-site, ensuring reliability and compatibility.
Yes, by prioritizing solar energy, AmpEdge reduces reliance on the grid, enabling faster site installations without requiring utility upgrades.
By prioritizing solar energy over grid energy, AmpEdge lowers utility charges, reducing the overall energy bill for charging sites.