Intelligent Energy Management System

LESS WASTE.
MORE INTELLIGENCE.

A classroom that senses presence, daylight and usage — then powers only what students actually need.

live sensing / 3 independent zones

SMART. REVOLUTIONIZED.

The room is no longer one electrical block. It becomes a living system of independently controlled zones.

01 / sensing layer

FIRST, A SOLID FOUNDATION.

Occupancy sensors, daylight sensing and manual override form the physical layer. ESP32 / Arduino coordinates the response in real time.

03active zones

02 / adaptive control

OUR SENSORS DIAL IT FURTHER.

Each occupied zone can independently control its LED and fan. Daylight reduces artificial lighting. Empty zones quietly switch off.

Designed around human comfort

Light where needed.
Air where occupied.

The technology disappears into the room. Students simply experience a comfortable classroom that wastes less energy.

System study / zone behaviour / energy flow

Three independent zones become one coordinated environment: sensing, deciding and responding continuously instead of leaving every appliance permanently on.

SCULPTINGEFFICIENCY

From model to smart campus.

A modular control layer can scale from a working classroom model to labs, offices and larger academic spaces.

Designed from the inside out: occupancy becomes a signal, daylight becomes context, and every load becomes controllable.

SHIPIN THEINTELLIGENCE

Occupancy + daylight + automation + manual override. One classroom, behaving like an intelligent system.

ALERT & FEEDBACK LOOP

Empty room? lights still on? system notices.

Smart Classroom / Intelligent Energy Management

FLOWOF ENERGY

LESS WASTE.MORE INTELLIGENCE.

FIRST, A SOLID FOUNDATION.

OUR SENSORS DIAL IT FURTHER.

Light where needed.Air where occupied.

From model to smart campus.

LESS WASTE.
MORE INTELLIGENCE.

Light where needed.
Air where occupied.