Measured, Managed Energy Performance

Energy Management Systems

Metering, analytics and energy-control platforms engineered to reduce consumption and improve operational decisions.

EngineeredProject-specific design
Multi-BrandTechnology flexibility
TurnkeyEnd-to-end delivery
LifecycleLong-term support
Business Context

The Challenge

Without granular data and accountable workflows, organizations cannot identify waste, verify savings or prioritize improvements.

ITS Approach

Solution Overview

ITS defines energy objectives and metering hierarchy, engineers devices and communications, integrates dashboards and BMS, validates data and supports continuous improvement.

Core Technologies

Enterprise Energy Management Systems Capabilities

Components are selected and engineered as one integrated platform—not as isolated equipment.

01

Smart Meters

02

Power Quality

03

Sub-Metering

04

Energy Dashboards

05

Demand Monitoring

06

Utility Analytics

07

BMS Integration

08

Alarm & Reporting

Business Value

Capabilities Designed Around Your Requirements

Clear benefits, practical applications and measurable outcomes—delivered through one accountable engineering partner.

Key Benefits

Integrated platform engineered as one accountable solution
Consistent user experience and centralized management
Scalable architecture for future expansion
Professional commissioning and lifecycle support

Business Outcomes

Improved operational efficiency
Reduced technology fragmentation
Better visibility, accountability and service quality
Lower lifecycle risk through engineered delivery

Key Features

Smart Meters
Power Quality
Sub-Metering
Energy Dashboards
Demand Monitoring
Utility Analytics
BMS Integration
Alarm & Reporting

Applications

Commercial
Industrial
Hospitality
Healthcare
Retail
Data Centres

Technology Ecosystem

Featured Energy Management Systems Manufacturers

ITS remains vendor-aware and project-led, selecting the most suitable platform for each application.

How ITS Delivers

From Requirement to Reliable Operation

A disciplined process protects technical quality, interoperability, schedule and long-term value.

01

Measure

Define meters, circuits and data requirements.

02

Analyze

Develop dashboards, baselines and performance indicators.

03

Normalize

Validate data and compare operating conditions.

04

Act

Implement alerts, controls and improvement actions.

05

Govern

Report performance and sustain accountability.

06

Evolve

Expand metering and optimization over time.

Frequently Asked Questions

Planning an Enterprise CCTV System

How long can video recordings be retained?

Retention depends on camera quantity, resolution, frame rate, compression, recording mode and storage design. ITS calculates storage against the required retention period and operational risk.

Can cameras be monitored remotely?

Yes. Secure remote and mobile access can be provided subject to network architecture, cybersecurity controls and customer policy.

Can CCTV integrate with access control and alarms?

Yes. Event-driven integrations can associate access, intrusion or alarm events with live and recorded video to improve operator response.

Does ITS provide AI video analytics?

Yes. Available capabilities include line crossing, intrusion detection, people counting, ANPR and other analytics depending on the selected platform and project requirements.

Start with ITS

Ready to engineer the right solution?

Discuss your scope, project stage and commercial requirements with our team.

Request a Consultation
Talk to ITS

Planning a new low-current, ICT or smart-building project?

Share your BOQ, drawings or performance requirements with our team.

Request a Consultation
Scroll to Top