ENERBOT Energy Platform
From field equipment to the control screen — one energy platform that collects, decides, controls and monitors.
From the field to the screen
- 01Field equipment
Batteries · PCS · PV inverters · power meters · HVAC · fire systems · thermo-hygrometers · weather stations
- 02Field RTU
0.2 s data collection · decisions · control
- 03ENERBOT server
Storage · real-time state · history · alerts
- 04Web · mobile
Control screens · trends · reports · push alerts
Each plant’s field RTU connects to the server over an encrypted VPN. Even if the server link drops, the field RTU decides on the safe side by itself.
Platform modules
On one platform, ESS, solar, control room and field equipment run on the same data.
Screenshots are from the Korean user interface with demo data.
ESS EMS
Runs charging and discharging of PV-linked ESS based on time of day and equipment state. Whenever something cannot be confirmed, it chooses to stop.
Charge/discharge schedule
Set charge, discharge and standby by time slot for each plant. If the schedule cannot be received, the plant does not run.
Power and SOC limits
Per-plant charge/discharge power caps, SOC range and level control decide «how much» to charge or discharge.
PV-following charging
Collects every 0.2 seconds and updates the charge command within 0.4 seconds when PV output changes — so the battery is never charged from the grid.
Partial PCS fault operation
With several PCS units, only the faulty one is taken out and the command is shared among the rest so operation continues.
Automatic fault recovery
Attempts PCS fault resets at a set count and interval. Never sent for emergency stops or fires.
Battery room climate & HVAC
Stops charging and discharging when the plant’s temperature/humidity limits are exceeded, and sets the air conditioner temperature remotely.
Fire system link & emergency stop
On fire equipment faults or fire detection, stops in the order «PCS 0 kW → verify current → open battery relays».
Battery protection
Watches rack and module status and cell voltages, and applies voltage and SOC protection suited to each battery type.
PV Monitoring
Looks at inverters, strings and the weather station together to find the equipment that is «low on its own» under the same sunlight.
Inverter sibling comparison
Compares output ratios among inverters in the same plant and flags those clearly below the median.
Broken string detection
Checks current per string to find broken ones — and tells «not connected» apart from «broken».
Performance ratio (PR)
Calculates performance from plane-of-array irradiance and inverter yield, and points out the low days.
Weather station link
Collects module temperature, ambient temperature, and tilted and horizontal irradiance.
Trends & reports
View yield and generation hours by day, month and year, and download reports as files.
3 major inverter makers
Integrated with three major domestic and global PV inverter makers; other models can be added given a communication spec.
Integrated Control · VPP
See hundreds of plants on one screen, with the plants in trouble shown first.
All plants at a glance
Operation, communication and field PC status of every plant in one table — picking out the ones that need attention.
Mobile alerts
When charging or discharging stops abnormally, the operator’s phone is alerted at once. Web push — no app to install.
Operation, fault & alarm history
Keeps equipment state changes and human control actions for one year, searchable on screen.
Permissions & plant access
Three levels of user permissions, with the plants each person can see set individually.
Data retention
10-minute raw data for 1 year · hourly summaries for 5 years · monthly backups for 10 years.
KESCO reporting
Automatically sends the ESS operating data required by the Korea Electrical Safety Corporation and keeps a transmission log.
VPP-ready
We are in talks to link VPP, operating distributed plants and ESS as one.
Field RTU
Our own collector runs on one industrial PC per plant, talking to and controlling the field equipment directly.
Direct device communication
Talks to batteries, PCS, power meters, HVAC, fire systems and inverters over Modbus TCP, serial (via converter) and CAN.
Auto recovery after outages
When power returns, the field PC turns itself on and the collector starts automatically.
PCS standby before shutdown
Before the collector goes down, it first puts the PCS on 0 kW standby.
Field PC health
Reports CPU, memory, disk and auto-start settings to the server for viewing on screen.
Heartbeat monitoring
Reports «alive» every 10 seconds; if it goes silent, the operator is alerted within a minute.
Encrypted VPN
Each plant connects to the server over its own encrypted VPN.
Business areas
We build new solutions on ENERBOT’s data collection and control foundation, and deliver custom builds for each site.
Inverter, string and weather station monitoring with performance analysis
Battery and PCS charge/discharge control with protective operation
Self-sufficient operation of PV, ESS and loads within one site
Operating distributed plants and ESS as a single power plant
Shaving peak demand with ESS to cut demand charges
Metering and reducing energy use in factories and buildings
Electricity market and small-scale brokerage participation with settlement support
Fuel cell equipment monitoring and operation management
Remote monitoring of wind turbine status and generation