Energy Visibility And Control

Energy Operations Support

Supporting energy operations across multiple buildings, with consistent visibility, clear control boundaries, and reliable daily management.

View Capabilities Contact Us

For business operators, system owners, administrators, and service teams responsible for building energy operations.

Core Capabilities

Defined responsibilities that support daily energy operations, operational clarity, and controlled action across facilities.

Energy Data Collection

Takes responsibility for collecting energy usage data from relevant meters and field devices so daily operations no longer rely on manual readings or site visits.

Device Status Awareness

Maintains awareness of device availability and operating status to support reliable daily energy operations and reduce uncertainty during reviews or planned actions.

Consistent Energy Data Structure

Organizes energy data from different devices, zones, and facilities into a consistent structure that supports clear daily monitoring and review.

Energy Usage Review

Supports regular review of energy usage by time period, area, and equipment category to inform routine operational discussions and adjustments.

Energy Usage Deviation Awareness

Maintains awareness of abnormal energy usage patterns so operators can identify potential issues early and focus investigation on the right areas.

Operational Efficiency Awareness

Provides comparative usage views and indicators that help teams understand efficiency trends without replacing engineering analysis or formal audits.

Planned Energy Action

Supports execution of planned energy saving actions on selected non critical equipment during defined periods, aligned with operator intent and schedules.

Consistent Energy Operating Rules

Applies defined operating rules across devices, sites, and schedules to reduce variation between shifts while keeping control clearly with operators.

Architecture Overview

A layered structure that separates field devices, connectivity, platform services, and applications. The same architecture supports both cloud and on-premise hosting.

Operational Scenarios

Common operational situations where automated energy data collection supports daily facility operations.

Routine Energy Data Collection

Automatically collecting energy usage data from meters to replace manual readings and reduce routine operational effort.

Daily Energy Visibility Across Facilities

Consolidating energy data from multiple meters or buildings into a unified view to support daily monitoring and awareness.

Scheduled Energy Saving Actions

Supporting operator initiated switching of selected non critical equipment through connected devices during planned energy saving periods.

Periodic Energy Usage Review

Providing historical and comparative energy records to support scheduled reviews and informed operational adjustment.

Unusual Energy Usage Awareness

Identifying abnormal energy usage patterns from consolidated data to support timely investigation and follow up.

Operational Benefits

Operational improvements that reduce manual effort, improve clarity, and support consistent daily energy operations.

Reduced Manual Verification

Routine confirmation of energy status relies less on manual readings or site visits, reducing repetitive operational effort.

Clear Energy Accountability

Energy use can be clearly reviewed by building, zone, and time period, making daily usage patterns easier to understand and explain.

Consistent Planned Actions

Planned energy actions are applied consistently across areas and schedules, reducing variation between sites and shifts.

Faster Issue Recognition

Unusual energy patterns are noticed earlier, helping teams focus investigation on the right area without delay.

More Reliable Review Decisions

Historical usage records support regular reviews, helping teams make better informed operational adjustments.

Deployment Settings

Common facility and site settings where energy usage data must be collected and reviewed at scale.

Single Building Facilities with Multiple Meters

Buildings with several energy meters within one facility that require centralized data collection and visibility.

Multi Building or Campus Sites

Sites with multiple buildings where energy usage data is aggregated across locations for unified oversight.

Commercial and Industrial Facilities

Operational facilities that require regular energy monitoring and reporting without manual meter reading.

Public and Institutional Buildings

Government, educational, or public facilities that require consistent energy records for accountability and review.

Deployment Portfolio

Examples of deployed projects referenced in the provided materials.

Xiangzhou Citizen Service Center (Zhuhai)

Energy operations used centralized control of air-conditioning and lighting to reduce unnecessary usage while maintaining indoor comfort for public service facilities.

Zhuhai Polytechnic

Applied energy control strategies across dormitory and teaching areas to reduce repeated waste and support ongoing campus operations.

Explore Your Energy and Utility Setup

Let’s review your buildings and utility usage patterns to understand how these capabilities may support coordinated energy operations