Environmental monitoring for telecom rooms and substations

Project overview

A television station brought a data-centre hall and a power room into power and environment monitoring. The hall is about 160 m², the power room about 75 m². Each site has one SG-II gateway for environment, power, access and video. UPS and precision cooling are onboarded by protocol work; the hall also joins a micro-module environment system. Both sites share one local server, one management platform and one combined alarm unit, so status, alarms and access sit in one view.

Main functions delivered

Environment: live temperature and humidity in both rooms; linear leak detection and alarms
Power: UPS and precision cooling onboarded by protocol; the hall joins a micro-module system; the power room adds mains metering
Access and video: face or card entry, lock and door status visible, on-site images available
Edge interlock: each SG-II collects and interlocks locally; the gateway can alarm on mains loss
One platform: both rooms share one management application for monitoring, query and tiered alarms
Alarms to people: combined unit for audible-visual warning, with SMS and voice where configured

Project list

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Data-centre hall (~160 m²)

Category	Item	Model	Qty	Use
Host	Industrial IoT gateway	SG-II	1 unit	Local acquisition, interlock and uplink
Protocol	Single-product protocol work	EX-PT1NC	2 item	One UPS and one precision air conditioner
Protocol	Composite protocol work	EX-PT2NC	1 item	One micro-module environment system
Sensing	Wired temperature/humidity transmitter	TW-THS21	3 unit	RS485 with display
Sensing	Linear leak detector	TW-LLD10-10M	1 set	With 10 m sensing cable
Access	Face-recognition access reader	As installed	2 unit	Face or card entry
Access	Two-door access controller	As installed	1 unit	Two doors, or one door both ways
Access	Single-door magnetic lock	YSD-280KG	2 unit	Locking with status feedback
Access	Exit button	As installed	2 unit	Indoor exit
Access	IR dome camera	As installed	1 unit	Room video

Power room (~75 m²)

Category	Item	Model	Qty	Use
Host	Industrial IoT gateway	SG-II	1 unit	Local acquisition, interlock and uplink
Protocol	Single-product protocol work	EX-PT1NC	2 item	One UPS and one precision air conditioner
Sensing	Wired temperature/humidity transmitter	TW-THS21	2 unit	RS485 with display
Sensing	Linear leak detector	TW-LLD10-10M	1 set	With 10 m sensing cable
Sensing	Power transducer	TW-AE3S30	1 unit	Mains voltage, current, power and outage alarm
Access	Face-recognition access reader	As installed	1 unit	Face or card entry
Access	Two-door access controller	As installed	1 unit	Two doors, or one door both ways
Access	Single-door magnetic lock	YSD-280KG	1 unit	Locking with status feedback
Access	Exit button	As installed	1 unit	Indoor exit
Access	IR dome camera	As installed	1 unit	Room video

Shared by both rooms

Category	Item	Model	Qty	Use
Platform	Industrial PC/server	1U as installed	1 unit	Hosts the management software locally
Platform	IoT operations platform	TW-SmartView	1 set	Shared by both rooms for monitor, query and alarm
Alarm	Combined alarm unit	TW-AWS200	1 set	Audible-visual alarm; SMS and voice if configured
Delivery	Cabling and commissioning	—	1 item	Wiring, install and commissioning for both rooms

The problem

Both rooms run unattended. Temperature, leaks, UPS, precision cooling, mains and access sit on separate devices, so duty staff find and locate issues late.

What we connected

Temperature/humidity, linear leak detection and mains metering
UPS, precision cooling and a micro-module environment system (serial protocol)
Access control, door hardware and on-site video
SG-II gateways, a local platform and a combined alarm unit

What we did

One SG-II per room so environment, power and security onboard nearby
UPS, precision cooling and the micro-module system onboarded over their serial protocols, not only as dry contacts
Access, locks and cameras join the same duty view
Both rooms share the local server and platform; alarms route to duty

How it was rolled out

Survey both rooms and confirm UPS, cooling, micro-module and access interfaces
Connect environment, power onboarding and access/video in the data-centre hall first
Then copy to the power room and add mains metering
Join both rooms to one platform and alarm unit; check routing and permissions

Outcome

Both rooms visible on one platform
UPS, cooling, micro-module and environment exceptions can be found remotely
Leaks and temperature/humidity breaches reach duty
Room access is logged

If your site is similar

Send room count and area, UPS/precision-cooling brand and protocol, and whether a micro-module system or access control already exists.

Products involved

Products used

SG-II Smart IoT Gateway SG-II Environment and Status Sensors Temp-humidity / leak / smoke / gas / water quality AWS200 Integrated Alarm Terminal AWS200 AIoT Operations Platform AIoT Data Platform

Related core business

Scene Solution Services Scene Services Power and Environment Monitoring Open the scenario

Power and Environment Monitoring

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Next step

If your site is similar

Send room count and area, UPS/precision-cooling brand and protocol, and whether a micro-module system or access control already exists.

Contact us Back to all cases