Distributed Energy Resource Management Systems

Plug ev.energy into your DERMS

Smooth out intermittencies caused by renewables and unlock new revenue streams for your business by optimising customer energy loads.

Energy is changing

Many utilities are adopting distributed energy resource management systems (DERMS) to manage and integrate flexible load sources into their power networks. EVs are one of the largest sources of flexible demand and are increasingly being tapped for supply via vehicle-to-grid (V2G) technology.

Many utilities are adopting distributed energy resource management systems (DERMS) to manage and integrate flexible load sources into their power networks. EVs are one of the largest sources of flexible demand and are increasingly being tapped for supply via vehicle-to-grid (V2G) technology.

Plug and play

Plug your DERMS into ev.energy with our API

ev.energy’s Virtual End Node (VEN) API can plug into any DERMS with ease, actively managing EV charging in line with commands from the DERMS and passing back current and forecasting charging loads for system-wide optimization

Curtail or throttle EV charging

In response to dispatches from a DERMS, ev.energy can fully curtail EV charging or alternatively throttle the charging down to a lower power level to keep demand within local network limitations.

A better solution for EV demand response

Broad hardware coverage

While several DERMS platforms offer EV demand response via networked L2 chargers, customer uptake of these chargers has historically been low. Our hardware-agnostic platform can deliver demand response via all leading OCPP charger brands as well as a broad suite of vehicle telematics, for maximum load control.

Customer-friendly

Electric vehicles are a fundamentally different asset from batteries or thermostats: they are linked to individual mobility and autonomy and need to be managed through high-touch customer engagement. To avoid the negative customer experience some DERMS providers have become infamous for, ev.energy has developed a transparent, customer-friendly mobile app and user interface to provide customers with transparency and control over demand response events.

Localized at the feeder or transformer level

Using geospatial data from the vehicle’s telematics, ev.energy can curtail charging on a subset of EVs charging on a specific feeder or transformer for highly targeted, network-integrated demand response.

Keen to learn more?

Reach out today. Our experts are here to help.

Ameren Missouri manages power demand across the state with ev.energy

Ameren plugged ev.energy’s platform into their DERMS platform to manage demand across their service territory in Missouri.