Smarter OperationsLower CostsFrom Sensors to Insightsfield data and AI, turned into decisions

“A fridge leaves 2–8°C overnight and the vaccines are lost”

• Vaccine, drug or blood fridges drift out of range outside working hours
• Temperatures written in a logbook several times a day, and nobody writes them at night
• A cold room warms slowly, noticed only once the stock has spoiled

A temperature sensor in every fridge and cold room, logged continuously to the cloud, with a LINE alert as a reading leaves its range and an AlarmBox light and buzzer at the unit.

“Several charging sites, one electricity bill, and no way to tell which site spent what”

• Someone drives to every site each month to read a meter, and one misread becomes a wrong invoice
• The electricity bill arrives as a single figure, with no way to split it by site
• A peak-demand penalty turns up with no clue which site caused it, or at what hour

A meter on the distribution board that feeds each charger, reporting to the cloud continuously. Every site on one screen, a monthly kWh figure per site exported ready to bill from, and a LINE alert when load approaches the peak you set.

“The bill spikes on peak demand, and a power factor penalty lands on top”

• No one can say when the peak happened, or which load caused it
• A kVAr penalty arrives, with no idea when the capacitor bank failed
• Phases out of balance or close to their rating, found out when a breaker trips

Energy, current, voltage, power factor and peak demand measured at the main board and the sub-boards, phase by phase and feeder by feeder, with a LINE alert as a reading approaches its limit.

“The chillers run hard all day, the cooling still falls short, and the bill doesn't move”

• Nobody knows how much power goes in for the cooling that comes out
• Delta-T below design: chilled water returns too warm-to-cold to do its work
• Several chillers running when the load doesn't need them — noticed when the bill arrives

Chiller power, chilled-water supply and return temperatures and flow measured together, giving the real cooling load and the kW per ton, with a LINE alert when efficiency drops or Delta-T drifts.

“A motor burns out mid-run, after a normal day yesterday”

• Current differs between phases, and nobody sees it until the motor runs hot
• The motor and its bearings warm up little by little, noticed when something smells
• Vibration climbs from a bearing or a misalignment, found after the failure

Per-phase current, motor temperature and vibration measured continuously and compared with that motor's own normal, with a LINE alert as soon as a reading drifts.

“The machines hold the data; nobody is pulling it out”

• Inverters and control panels record everything, but only at the machine itself
• No one can say how many hours it actually ran today, or why it stopped
• A machine drawing more than it should goes unnoticed until it fails mid-run

Inverter values read over Modbus (ABB, Schneider, Siemens), with per-machine power, temperature and vibration on one screen — run hours, downtime and fault codes together.

“The compressor runs all day, and nobody knows where the air goes”

• Its power is high but cannot be separated from the plant's total
• It keeps running when production has stopped — usually a leak in the pipework
• Pressure is set high to be safe, without knowing what the work really needs

Power, pressure, flow and dew point measured continuously, run hours set against real production time, energy worked out per cubic metre of air, and a LINE alert when readings drift.

“How many kW of solar is worth installing? Not without the real load”

• The bill gives a monthly total, not what the site uses during daylight
• Every solar vendor proposes a different size, with no way to judge
• Fear of generating more than the site consumes, exported at a poor rate

A three-phase meter at the main board records the real load for one to four weeks; the system works out the daytime average, the on-peak share, and a suitable array size with the share you would use yourself — from measurements, not estimates.

“No idea which floor uses the power, and it stays on after hours”

• A high total bill with no way to split it by floor or by tenant
• Air-conditioning and lights left running after everyone has gone
• Someone has to walk each floor to switch things off

A SCADA screen showing energy floor by floor, with devices switched on and off and scheduled from that one screen.

“The power fails, and the generator doesn't start”

• The starter battery wears out and nobody notices
• Fuel runs low or is siphoned off, found out only when it's needed
• No one knows the run hours have reached the service interval

Fuel level, battery voltage, engine and ATS status and run hours all watched, with a LINE alert the moment anything is off.

“Effluent out of spec, found out when the inspector arrives”

• pH or DO slips overnight with nobody watching
• Aeration blowers run around the clock, burning power they don't need
• A pump stops and the pond overflows before anyone knows

pH, DO and level measured continuously, pumps and blowers monitored, blowers run on the DO actually measured, and the history logged.

“The server-room air-con fails at night, found out when systems go down”

• The main air-con unit fails and the temperature climbs with nobody there
• Humidity too high or too low, putting equipment at risk
• No idea how much power the room draws

Temperature and humidity measured around the racks and the room's power metered, with an instant LINE alert and an AlarmBox light and buzzer that staff acknowledge on the spot, the time logged automatically.

“The tank runs dry and you find out when the taps stop”

• A pump stops, or runs on and on, noticed only once the tank is empty
• No idea how much water each building or zone uses, and the water bill keeps climbing
• A leak or out-of-hours use goes unseen until the bill arrives

Tank levels, zone-by-zone meter volumes and pump status measured continuously, pumps refilling automatically on level through the Auto Control Box, and a LINE alert when water runs low or use looks wrong.

“Humidity out of spec, found out when the batch is rejected”

• Parts, packaging or raw materials damaged by high humidity
• Some zones run hotter and damper than others, with no data to show it
• A customer or auditor asks for climate records from production, and there are none

Temperature and humidity sensors zone by zone along the line, live on the dashboard, a LINE alert when a reading crosses its threshold, and scheduled reports by email.

“Walking every room to read meters at month-end”

• A misread meter, and a tenant disputing the bill
• A whole day lost to reading meters and working out charges
• Bills go out late, so payment comes in late too

Water and power meters in every room read themselves; the system works out the charges, issues the bill and sends it to each tenant on LINE.

“Empty rooms with the air-con on, and guests complaining first”

• No single view of how many rooms are free tonight or what occupancy is
• Vacant rooms left cooling, so the power bill doesn't fall with occupancy
• Lobby, restaurant or kitchen cold room drifting in temperature or humidity unnoticed

One dashboard showing room status on every floor, occupancy, plant power use, and temperature and humidity in public areas, with LINE alerts when something is off.