Campus Lighting & Energy Management

Four Core Capabilities

Five-level groupingModel campus, building, floor, room and circuit levels

Teaching and dormitory policiesSeparate timetable lighting, holiday templates and seasonal HVAC operation

Environment dashboardConnect temperature, humidity, CO2, PM2.5, illuminance and sound as required

Multi-dimensional energyCompare energy by building, floor, cabinet, circuit and time

Application Overview

Campus logistics must support classroom lighting, public circulation, dormitory HVAC, indoor environment visibility and energy review. This solution retains authorized local operation while unifying the objects, schedules, sensor data and platform logs.

Classroom lightingEnable selected rooms by timetable and manage teaching, seating, window-side and corridor circuits by group.

Dormitory HVACApply seasonal operating bands and schedules by building, floor and room group while retaining authorized local adjustment.

Environment dashboardCollect temperature, humidity, CO2, PM2.5, illuminance and sound where the project requires them.

Logistics inspectionCheck long-running circuits, offline devices, energy exceptions, HVAC policies and manual-hold states.

Classroom, Dormitory and Environment Views

Organize campus objects by building and room, then connect lighting groups, seasonal HVAC policies and classroom environment data to the same logistics workflow.

Campus classroom lighting group management interface

Lighting Groups

Manage classroom and public-area circuits by campus, building, floor and room.

Dormitory HVAC temperature groups by building and room

Dormitory HVAC Policies

Apply seasonal operating bands and schedules to authorized room groups.

Classroom temperature humidity PM2.5 CO2 illuminance and sound dashboard

Environment Dashboard

Review configured sensor data by classroom, floor and building.

System Flow

Business events, field control, acquisition and platform operations remain clearly separated and connected through project interfaces.

Timetable and calendarClasses, exams, evening study and holidays

Zhenming IoT platformBuilding groups, policies, permissions and logs

Control, panels and sensorsRelay output, local operation and environment data

Lighting and HVAC objectsClassrooms, dormitories, corridors and public spaces

Energy feedbackMulti-circuit current, power and energy

Operating Strategies

Before classEnable base lighting by building and timetable.

During classAllow authorized classroom adjustment.

Dormitory periodsApply seasonal HVAC schedules and permitted bands by room group.

Evening studyRun only selected floors and rooms.

HolidaysRetain duty and necessary circulation lighting.

Closing inspectionReview long-running, offline and abnormal circuits.

Zhenming Product Combination

Controllers execute switching and linkage, inputs collect field events, panels provide local operation, sensors and meters return field data, and the platform manages schedules, scenes, logs and permissions.

ZMRL QCL Network Relay Controller SeriesProvides 4, 8 or 12 channels for zoned lighting, field inputs and equipment linkage.View product

ZMSRCTH Multi-Function Environment SensorCollects temperature, humidity, CO2 and illuminance data for ventilation, HVAC and lighting decisions.View product

ZMLCD Touch Display Panel SeriesProvides local scene operation and status access at reception, control rooms or electrical rooms.View product

ZMSG1212-12S3 multi-circuit energy acquisition module

ZMSG1212-12S3 Multi-Circuit Energy AcquisitionCollects current, power and energy data from multiple lighting circuits in buildings and venues.View product

Zhenming IoT centralized management platform workflow

IoT Centralized Management PlatformOrganizes devices by venue, building, floor and area with schedules, scenes, logs, permissions and remote maintenance.View product

PLATFORM AND PRIVATE DEPLOYMENT

Turn field control into a manageable operating process

The Zhenming platform organizes devices by project, building, venue, floor and area. Schedules, scenes, device status, logs and account permissions help operators manage distributed sites and support customer-system integration.

Zhenming IoT platform device, schedule, scene and log workflow

Fire and emergency systems remain independent

Fire, evacuation and emergency lighting remain independent and are not included in ordinary energy strategies. HVAC actions depend on the actual unit interface and selected field equipment.

Customer Value

Building-level managementOperate by campus, building, floor and room.

Traceable local operationKeep records for manual actions and platform strategies.

Environment and energy visibilityReview sensor and circuit data within the same object model.

Phased retrofitUpgrade by building, floor, dormitory group or cabinet.

Application design and operating strategy

01

Organize lighting and environment around teaching spaces

Organize devices by campus, building, floor, classroom and circuit, distinguishing lectern, seating, window-side and corridor lighting. Associate configured temperature, humidity, carbon-dioxide or illuminance readings with the same classroom. Facilities teams aggregate by building while teachers operate their authorized rooms, with consistent area names on panels and the platform.

Two-, four- and six-button RS485 86-format wall panels

02

Use distinct arrangements for lessons, exams and holidays

Enable the required classrooms and passages for lessons, with separate scenes for exams, evening study and holidays. Authorized panels or platform changes handle temporary room moves and events before returning to the normal timetable. Seasonal and time-based dormitory HVAC policies use their own room groups; lighting, infrared and sensing retain distinct functions within the shared building hierarchy.

ZMLCD four-inch 86-format touchscreen panel

03

Review energy by space and actual use

Multi-circuit acquisition groups lighting, HVAC and major equipment energy by building and area, comparing it with lessons and opening periods to find persistent loads. Closing checks also review connectivity, manual holds and scheduled actions, with follow-up on repaired circuits. Start with a floor or building, establish stable naming and policies, then extend across campuses and facilities roles.

ZMSG1212-12S3 twelve-circuit energy acquisition module

Selection questions

How is unplanned classroom use handled?

Authorized panel or platform operation can enable the room, with a defined return to the next timetable policy.

Can the upgrade be phased by teaching building?

Yes. Connect by building, floor or cabinet, using consistent room and circuit names as lighting, sensing and metering expand.

Frequently Asked Questions

Can it connect to an existing timetable system?

Yes. Course, exam, evening-study and holiday data can be converted into platform strategies through available interfaces or data exchange.

Can teachers still control classroom lights?

Yes. Wall switches, digital inputs or ZMLCD touch panels can remain available within the permission and logging model.

How are dormitory HVAC policies grouped?

Seasonal operating bands and schedules can be assigned by campus, building, floor and room group. Field control depends on the actual HVAC interface.

Which classroom environment values can be collected?

Temperature, humidity, CO2, PM2.5, illuminance and sound can be connected according to the selected sensor points.

Must the whole building be upgraded at once?

No. Start from public areas, priority floors, a dormitory building or one cabinet, then expand after validation.

Campus Smart Lighting, Dormitory HVAC and Energy Management