Behind-the-Meter Applications
Command Your Energy, From Behind the Meter
Anasis BTM Controller – The Principles
▲ Diagram of energy flow and control logic in a BTM—integrating storage, metering, control, and cloud-based orchestration for both front- and behind-the-meter applications.
Anasis BTM Controller – The Architecture
▲ End-to-end communication from field to cloud using DNP3, OPC UA, and Modbus protocols—enabling real-time control, data aggregation, and web-based system monitoring.
BTM Controller – Functions
DER Management
Forecasted and actual DER outputs are compared against 10% and 90% prediction intervals, revealing deviations that fall outside expected bounds. This helps quantify uncertainty and supports more reliable Behind-the-Meter energy planning and control.
Auxiliary Services
(Spinning Reserve Service )
This diagram illustrates the full timeline of a spinning reserve dispatch event, including the instruction time, response window, activation period, and recovery. It outlines how capacity and energy fees are calculated based on committed capacity, execution performance, and designated service durations.
Peak Shaving
Peak shaving reduces electricity demand during high-price periods by shifting or curbing consumption behind the meter.
The green line illustrates a flatter load profile, helping facilities lower demand charges and optimize on-site energy management.
Off-Grid Power Supply
Enables off-grid power supply to ensure uninterrupted energy for critical loads,
even during grid outages.