EVOS EMS

Energy load management and monitoring system

EVOS EMS load management system

Monitor and optimise your energy

EVOS EMS is an energy management system (EMS) that focuses on EV charging. It is a dynamic demand control system that measures and visualizes the amount of electricity used by electrical equipment, air conditioning equipment, lighting equipment, etc. and power sources (solar power, storage batteries, etc.) in homes, buildings, and commercial facilities, and automatically controls and adjust EV charging according to usage conditions.

By accurately measuring the power load in a home, building or facility, EVOS EMS calculates the power available at the charger and optimizes energy usage. Users can thus charge quickly. By visualizing the power usage of companies, apartments and parking lots and controlling charging based on the data, it is possible to significantly reduce operating costs and reduce peak power. The main power source is protected from overload without expanding the electrical equipment (cubicles, electrical panels, etc.), achieving reasonable energy and cost savings.

Since electricity usage in a functional dashboard, you can see when and how much electricity is being used by which equipment (heat, etc.), power source (solar, etc.), charger, etc.

Features

Software

Dynamic load balancing: Adjusts charging power according to the building/facility electricity usage.
Demand response: Significant reductions in operating costs can be achieved by managing electricity peaks through load balancing.
Centralized management of multiple units and multiple locations: Easy grouping and expansion in the cloud.
Centralized management of multiple units and multiple locations: Easy grouping and expansion in the cloud.
Monitoring: EMS can be used as a monitoring system. Real-time monitoring of power use and generation and CO2 reporting is also possible.
No wasteful operation: Only necessary EV charging is performed to maintain optimal charging at all times.
Cyber security: AES standard 256-bit key length encrypted communication

Hardware

Connect up to 12 sensors to 1 EMS unit to measure up to 12 circuits simultaneously
Exploit EVOS EMS maximum capacity by combining it with EVOS VID car to charger transmitter
Compatible with commercially available clamp-on current sensors: fast and cost-effective installation
Communication: WIFI, Bluetooth, LAN

EMS unit body

Simple and compact design 117 x 54 x 61 mm

Communication

WiFi 6, Bluetooth 5.3, Ethernet and SMA Antenna

Number of connectable sensors

Up to 12 current flow sensors (30~100A) can be connected at the same time

Easy installation

Can easily be fixed with 2 screws or to DIN rail

Install easily and cost saving

EVOS EMS system is designed for easy installation and cost savings.

The compact EMS units can be easily fixed to a wall or DIN rail. It can be used with commercially available 30~100 A clamp current sensors.

Installation process is straightforward: clamp on a current sensor to the circuit you want to measure, connect it to the EMS unit, on the cloud platform add it with a single click, name it, and your setup is complete. The system can measure up to 12 circuits at the same time for easy expansion.

Achieve clean charging using solar power

By connecting PV, the system can predicts solar power generation time and adjusts charging schedule accordingly. The system utilizes solar electricity as much as possible to achieve waste-free, eco-friendly charging.

EVOS EMS system allows to charge EV at a pace that closely follows changes in solar energy. As sunlight increases through the day, the system can ramps up charging output and automatically adjusts to any sudden variation in sunlight, for example by dialing down in response to a passing cloud or revving up as the skies clear.

Because the system can quickly react to subtle changes in sunlight, it maximizes the utility of solar energy, enhancing solar charging despite variations in sunlight throughout the day.

By continually varying charging power output in sync with the sun, EVOS technology directly and efficiently uses solar power to charge EV.