Apex Energy Cloud brings your generators, solar, batteries and loads onto one live dashboard. Readings arrive every second, and you can control the equipment from anywhere.
7
Asset classes managed
46
Inverters under watch
1 s
Edge polling cadence
2-way
Monitor & control
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The Challenge
Your energy assets don't talk to each other
Most sites run generators, solar, batteries and the grid side by side, and each one comes with its own controller and its own screen. Nobody sees the full picture, and problems are found late.
Every device speaks differently
Each vendor uses its own protocol. The data exists, but it sits in a dozen separate places.
No live picture
Faults, low fuel and battery wear are discovered on a site visit, after they have already cost money.
Manual control
Starting a genset or switching a battery bank still means sending someone to the panel.
The Apex Platform
One platform, end to end
Apex covers the whole chain: it reads the meters, gathers the data in one place, shows it live, and carries your commands back to the equipment.
Sense
Read everything
Any meter or controller, any brand. Readings are cleaned up on site before they go anywhere.
Stream
See it live
Data reaches your dashboard within seconds, over an encrypted link.
Steer
Remote control
Start, stop and switch modes straight from the dashboard.
Scale
Any site, any size
Works for a single site or a whole fleet, without redesigning anything.
How It Works
From the field sensor to your screen
Telemetry uplink Control downlinkThe site dials out to the cloud. Nothing from outside can dial in.
Edge + Cloud Architecture
A computer on site, a cloud behind it — each does what it does best
A small industrial PC on site handles the fast local work: reading the meters and controlling the equipment. The cloud keeps the history, the dashboards and the analysis. If the internet drops, the site keeps running on its own.
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
Brings every site and every signal together
Totals computed from checked, current readings only
Years of history, rules, alarms & events
Dashboards + mobile, anywhere
Remote setup — add devices without a site visit
Per-user access — each person sees what they should
Resilient
Keeps working offline
Fast
Local control under a second
Secure
Encrypted, dials out only
Scalable
Add sites as you grow
Decentralised by Design
No single point of failure
Instead of pulling every cable back to one panel, each equipment zone gets its own small gateway. The gateways connect over the plant network, so a problem in one zone never takes down the others.
Fault isolation — one gateway drops, the rest keep running
Less cabling — devices chain together locally; one network run home
Any brand — old and new equipment can share a zone
Grow zone by zone — add a gateway to add an equipment group
Local buffering — each gateway holds its data through dropouts
Easy retrofits — wire a new zone without touching the rest
Live System · Plant Overview
apexenergycloud.com / plant-overviewLive
The whole plant on one screen
A real Apex installation at an industrial plant. The diagram shows energy moving from each source to each production area, live.
12,702 kW total load, split live across HFO, solar and diesel
2Energy flow — power traced to extruders, thermoforming, tanks & services
3Generation buses — each genset's output and the solar contribution, unit by unit
4Cost, CO₂ & fuel per kWh totalled for the day, automatically
Live System · Solar Plant
46 solar inverters, watched one by one
Every inverter and every kilowatt-hour, with the day's production curve and the CO₂ it saved.
18.69 MWh
Generated by mid-afternoon
2.55 MW
Day peak
13.08 t
CO₂ avoided today
Per-array statusInverters online / faultDay · month · year
apexenergycloud.com / solar-plantLive
Live System · Sub-Plant Detail
apexenergycloud.com / sub-plantLive
Zoom into any production area
From the plant view, step into a single area and see its own power flow, its energy mix and the equipment behind it.
1Local power flow — supply, solar, diesel and load for this area alone
2Solar inverters table — power and efficiency, inverter by inverter
3Diesel gensets — each unit's power and whether it is running
4Solar share & supply quality (voltage, frequency, power factor) at a glance
What Apex Manages
Seven kinds of equipment, all covered
Each one reports the readings that matter for running it and keeping it healthy. 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
Send what matters, skip the noise
The gateway reads every device each second, but is selective about what it sends up. Important events go instantly; a temperature that hasn't moved doesn't clog the line.
Instant — faults, status and mode changes go up the moment they happen
Regular — fast-moving readings like voltage & power stream at a set pace
On change — slow readings (temperature) report only when they move
Never lost — data is stored locally through outages and sent when the link returns
Where Apex livesEdge gateway & meters installed in the plant's control cabinet.
Trustworthy Data
Numbers you can put your name on
A dashboard is only as good as the arithmetic behind it. Apex checks every reading before using it, and computes every figure the same way everywhere — on screen, in alarms and in reports.
Counted once — the system knows how the plant is wired, so nothing is ever double-counted in a total
No stale readings — a frozen or silent sensor is left out and flagged, never left quietly padding a total
Checked at the door — impossible readings and sensor glitches are thrown out before they count
Consistent — the same readings always give the same answer, and the calculations themselves are tested
Always-On Energy Auditing
An energy audit that never stops
A consultant audits your plant once a year and leaves. Apex watches it every second, and turns the raw readings into the handful of figures that actually drive decisions.
Efficiency
Energy per unit produced
kWh per unit of output — how much energy your product really costs.
Generation
Fuel per kWh
How efficiently each genset turns fuel into power, live.
Mix
Solar share
How much of the load solar is carrying, hour by hour.
Quality
Power factor & demand
Stay ahead of utility penalties and peak charges.
Cost
Cost per kWh
By source — grid, genset or solar — as it happens.
Carbon
CO₂ emitted & avoided
Tracked automatically, ready for reporting.
Flagged the moment it happens: off-shift loads left running, idling equipment, drifting power factor, demand spikes and underperforming inverters.
Automatic Reports
The day's numbers, in your inbox every morning
Every night the platform writes a PDF report of the day just ended and emails it out by itself — nobody has to remember to run it. The same report is one click away for any day, month or year.
Daily, monthly & yearly — the same clear layout for any period
What matters on one page — energy by source, cost, CO₂ and genset efficiency
The day's story — the power curve plus highlights like peak load and best solar hour
History at your fingertips — browse any past day in the dashboard, export to Excel
Daily Energy Report
Somoplast — Tuesday, 8 July 2026
61.4
Load MWh
18.7
Solar MWh
30%
Solar share
29.9
CO₂ t
Power through the day
Peak load 2.94 MWHFO efficiency 215 g/kWhFuel 9.2 t
Emailed overnight, ready before the morning shift
Ask AI
Ask AIEnglish · عربي
What was our peak load yesterday?
Peak load was 2.94 MW at 11:20. Solar was covering 31% of it at the time.
Any genset alarms last night?
One — Genset 2 dipped below normal frequency at 03:14 and recovered 40 seconds later. No other alarms.
Have a question? Ask the plant.
A chat assistant built into the dashboard. Ask about any figure, machine or alarm in plain English or Arabic, and it looks the answer up in the plant's own records before replying.
Any question, any period — "How much solar did we produce last Tuesday?"
Answers from the data — every figure is looked up and calculated, not guessed
Knows the whole plant — machines, meters, alarms and the full history
Always there — its own tab in the dashboard, on desktop and phone
Two Sides of Every Signal
Each meter pays for itself twice
The same reading tells you two things: how well a process is running, and how healthy the machine behind it is. Metering both what goes in and what comes out is where it really pays off.
Real fuel efficiency (L/kWh) — measured on your engine, not taken from the datasheet
Theft & leak detection — fuel gone with no kWh to show for it
Early warning — a slowly rising L/kWh means wear, long before a breakdown
Better decisions — the real cost per kWh of genset vs solar vs grid
Right loading — keep the engine in its efficient 75–85% band
Performance side
Output, energy per unit and efficiency, compared across machines and shifts.
Health side
Temperature, run-hours and fuel trends that catch wear before it becomes a breakdown.
Remote Control
Don't just watch it — run it
Control works both ways. Commands travel from the dashboard back to the equipment over the same secure link that brings the data up.
Remote start / stop — gensets, solar, wind and every battery bank
Automatic rules — equipment can be started or stopped by rules, no one at a desk
Logged — every command recorded: who sent it, what it did, when
Connectivity
Works with what you already have
Today the plant runs on Modbus. When EV chargers, building systems or smart meters arrive, the drivers are already on the shelf.
Modbus
TCP & serial · live today
OPC-UA
Industrial SCADA
BACnet
Building / HVAC
OCPP
EV charging
KNX
Smart building
MQTT
IoT sensors
SNMP
Network gear · UPS
CAN
BMS / vehicle bus
REST · FTP
3rd-party APIs
+ more
ODBC · BLE · serial
Deployed & supportedApex engineers commission the system on site, then manage it remotely.
Installation & Trust
Installed on site, managed remotely
Secure — encrypted connection; the site dials out, nothing dials in
Self-recovering — the on-site software restarts itself if anything fails
No repeat visits — new devices and settings are added from the cloud
Shared safely — many sites and customers on one cloud, each seeing only their own
No data lost — readings are held on site through outages and sent afterwards
Solar Intelligence · Nowcasting
See the cloud before it hits your panels
One passing cloud can cut solar output in half in under a minute, and every kilowatt it takes away has to come from the gensets instantly. Apex combines satellite images, a sky camera and the site's own sensors to predict solar output minutes to hours ahead.
Minutes of warning — cloud shadows are tracked and timed before they reach the site
Ramp forecasts — how fast solar will fall and recover
Genset pre-start — started just before the dip, not left running all day as insurance
Less fuel burned on standby — you no longer need to guard against what you can see coming
Intelligence Layer · Forecasting
Run today with tomorrow's information
Apex predicts both what the site will generate and what it will consume — from the next minute out to the next day — and plans the generators around it.
Minutes ahead
Cloud warnings
Solar dips seen coming, gensets started just in time.
Hours ahead
Generation forecast
Weather forecasts shape the day's genset schedule.
Day ahead
Load forecast
Consumption learned from your own history — shifts, seasons, production plans.
Always on
Planning ahead
Forecasts become actions: which gensets run, when batteries charge, how much fuel to order.
Less diesel idling
Run only the reserve you actually need
More solar used
Confidence to lean on the sun
Steadier plant
Swings handled before they happen
Where Apex Is Going
From watching the plant to running it for you
The platform is live and working every day. Here is what it already does, and where it goes next.
Running today
Delivered
Live plant, solar & genset dashboards
Automatic daily, monthly & yearly reports by email
Ask AI — plain-language answers from plant data
Alarms on supply quality, sent as they happen
Next
Smarter operation
Load & solar forecasting
Early fault detection from trends
Peak-shaving automation
Genset scheduling suggestions
Growth
Wider reach
Faster onboarding of new sites
EV charging control
Building & HVAC loads
Native iOS / Android apps
Vision
Autonomy
A full digital copy of the plant for what-if testing
Power trading between sites
A microgrid that corrects itself
Open access for partners
Your whole plant, in your hands.
Every asset on one screen, every command a click away, a report in your inbox each morning — and a plant you can simply ask.
Live monitoring & controlDaily reports by emailAsk AI, in English or Arabic
ems-presentation.apexenergycloud.com
Real assets. Real data. Real control.Apex Energy Cloud.
