Apex Energy Cloud connects generation, storage, conversion and load into a single live system — measured second-by-second at the edge and controllable from anywhere.
7
Asset classes managed
42
Inverters under watch
1 s
Edge polling cadence
2-way
Monitor & control
apexenergycloud.comLive
The Challenge
Your energy assets don't talk to each other
A working site runs generators, solar, batteries, inverters and the grid — each with its own controller, protocol and screen. The result: no single source of truth, and no way to act fast when it matters.
Fragmented protocols
Modbus, serial, building systems — data lives in a dozen places and reaches none of them together.
No live visibility
Faults, empty fuel tanks and battery wear get discovered on a site visit — after they cost you.
Manual control
Starting a genset or switching a battery bank still means someone on-site, flipping a switch.
The Apex Platform
Sense. Stream. Steer.
Apex collapses the whole stack — from the field sensor to the control room — into one platform, with the control plane to act on what it sees.
Sense
Universal capture
Every asset and register, normalized into clean telemetry at the edge.
Stream
Live to cloud
Secure uplink with change-based reporting — seconds, not minutes.
Steer
Remote control
Start, stop and switch modes straight from the dashboard.
Scale
Any site, any size
One microgrid or a fleet — the same architecture grows with you.
How It Works
From the field sensor to your screen
Telemetry uplink Control downlinkThe edge initiates every connection — no inbound ports exposed on site.
Edge + Cloud Architecture
An industrial edge, an elastic cloud — each does what it does best
Apex runs split-brain: a rugged industrial PC (IPC) on-site owns real-time acquisition and control; the cloud owns history, analytics and orchestration. Neither depends on the other to keep working.
The Edge · on-site
Industrial PC (IPC)
Fanless, rugged IPC — DIN-rail / panel-mount, no moving parts
Runs the Apex Edge Gateway in Docker
Sub-second polling & local control loops
Store-and-forward buffering through outages
Keeps running if the cloud link drops — dials out only
The Cloud · anywhere
Apex Energy Cloud
Aggregates every site, asset & signal
Time-series history, rules, alarms & events
Dashboards + mobile, anywhere
Remote config & over-the-air updates
Multi-tenant, role-based, elastic scale
Resilient
Runs & controls offline
Real-time
Local control under a second
Secure
Outbound-only, encrypted
Scalable
Add sites without re-architecting
Decentralised by Design
Distributed acquisition, no single point of failure
Instead of trunking every cable back to one panel, Apex pushes intelligence into the field. Modbus RTU (RS-485) devices cluster onto local gateways that bridge to Modbus TCP over Ethernet — each asset group its own acquisition node.
Fault isolation — one node drops, the rest keep running
Less cabling — RS-485 daisy-chains locally; one Ethernet run home
Vendor-agnostic — any device, RTU or TCP, mixed per zone
Scale in zones — add a gateway to add an asset group
Local buffering — each node holds data through dropouts
Easy retrofits — wire a new zone without touching the rest
Live System · Plant Overview
apexenergycloud.com / plant-overviewLive
The whole plant, in one flow
A real Apex deployment at an industrial facility. The live Sankey shows energy moving from source to process in real time.
13,424 kW total load, balanced live across HFO, solar and diesel sources
2Energy Sankey — power routed to extruders, thermoforming, tanks & services
3Generation buses — each genset's output and solar offset, tracked per unit
4Cost, CO₂ & specific fuel rolled up for the day, automatically
Live System · Solar Plant
A 42-inverter solar fleet, accounted for
Every inverter, every array, every kilowatt-hour — with the production curve and avoided emissions computed as the sun moves.
24.69 MWh
Generated today
2.93 MW
Day peak
17.3 t
CO₂ avoided today
Per-array statusInverters online / faultDay · month · year
apexenergycloud.com / solar-plantLive
Live System · Sub-Plant Detail
apexenergycloud.com / sub-plantLive
Drill into any process area
From the plant view, step into a single sub-plant: its own power-flow, source mix and the equipment driving it.
1Local power flow — import, solar, diesel and load for this area alone
2Solar inverters table — power and efficiency, inverter by inverter
3Diesel gensets — per-unit power and run/stop state
4Renewable share & HFO bus quality (V, Hz, power factor) at a glance
What Apex Manages
Seven asset classes, fully instrumented
Each asset reports the signals that actually drive dispatch, health and yield — and the controllable ones accept commands back.
Generation
Solar
Irradiance, voltage, current, power & module temperature.
3-phase in/out, per-phase power, current & temp · mode control.
Distribution
Transformer
Per-phase V/I, day & night energy · per-phase mode control.
Load
Consumption
3-phase load, power demand & daily energy.
Grid
Mains / Export
Import/export balance & power quality at the point of common coupling.
Edge Intelligence
Smart telemetry, not a firehose
The Edge Gateway polls every asset each second but only forwards what's meaningful — full fidelity on events, light on bandwidth.
On-change — status, faults and mode flips uplink the instant they happen
Periodic — fast analogues like voltage & power stream on a tuned interval
Hybrid — slow signals (temperature) report only when they drift
Store & forward — buffers locally through outages, syncs on reconnect
Where Apex livesEdge gateway & meters installed in the plant's control cabinet.
Always-On Energy Auditing
A continuous energy audit — not a once-a-year report
A consultant audits your energy once and leaves. Apex audits it every second — baselining, benchmarking and flagging waste around the clock, turning raw telemetry into the KPIs that drive decisions.
Efficiency
Specific consumption
kWh per unit of output — your true energy intensity.
Generation
Specific fuel
Litres per kWh from each genset — efficiency, live.
Mix
Renewable share
% of load served by solar & wind, hour by hour.
Quality
Power factor & demand
Stay ahead of utility penalties and peak charges.
Cost
Cost per kWh
By source — grid vs genset vs solar — in real time.
Carbon
CO₂ emitted vs avoided
Automatic reporting for ESG and compliance.
Flagged the moment it happens: off-shift loads left running, idling equipment, drifting power factor, demand spikes and underperforming inverters.
Two Sides of Every Signal
One sensor, two payoffs: performance & protection
Every measurement works twice — it quantifies how well a process runs, and it watches the health of the machine running it. Metering both the input and the output of an asset is where it compounds.
True specific fuel consumption (L/kWh) — measured, not nameplate
Theft & leak detection — fuel gone with no kWh to show for it
Predictive maintenance — a rising L/kWh trend flags wear before failure
Smart dispatch — real cost/kWh: genset vs solar vs grid
Optimal loading — keep the engine in its efficient 75–85% band
Performance side
Throughput, specific consumption, efficiency % and benchmarking across assets and shifts.
