VYOM edge controller
The hardware that runs your site
One rugged box in your control panel talks to every asset on site and keeps running even if the internet drops.
1
Power input
9-36 V DC with surge protection.
2
4 × Ethernet
Modbus TCP to the PCS, energy meters and the cloud.
3
Digital inputs
Breaker status, fire alarm and DG run signals.
4
CAN · RS-485 · analog I/O
CAN to the battery BMS, Modbus RTU to meters, plus analog sensors.
5
Digital outputs
Start the DG, trip breakers and drive alarm relays.
Inside the controller
Designed board, industrial I/O
Isolated field terminals, the processor that runs VYOM's dispatch logic, and the interfaces that link every asset on site, designed by our team.
Core capabilities
What VYOM does for your plant
Fully autonomous once commissioned. Three of these run live in the simulator on our homepage.
01
Peak shaving
Run in simulator ↗02
ToD arbitrage
Run in simulator ↗03
Backup power
Run in simulator ↗04
Predictive load management
05
Power factor correction
06
Battery protection
How it decides
Clear priorities, every 100 milliseconds
Each cycle, VYOM checks four things in a fixed order. The first one that applies decides what the battery does. Pick a scenario to see where it stops.
Try a scenario
01
Manual mode set?
Operator override
NO → next
ThenYour team’s setpoints run the site. Automation steps aside.
02
Any safety limit hit?
Safety
NO → next
ThenTemperature, cell voltage, SoC or fire alarm: the battery stops instantly and the alert escalates.
03
Grid lost?
Grid state
NO → next
ThenDetected within 100 ms. The breaker opens and the battery forms the grid; the DG is only a backup.
04
Normal operation
Dispatch
RUNS
What VYOM doesShave peaks, arbitrage ToD tariffs, recharge within the headroom, curtail solar to avoid export.
The VYOM platform
Your whole site, on one screen
Control and monitor from your phone, iPad, laptop or the local station.
Ready to deploy · 4-6 weeks
From site survey to savings
Remote diagnosis, 24/7 monitoring and DISCOM tariff updates within days once you are live.
Week 1
Site survey & design
Week 2-3
Hardware delivery
Week 3-4
Installation & integration
3-5 days
EMS commissioning on-site
Week 4-6
Go-live
≤ 4 weeks
First savings observed