Proyek Kami

Di Ecoxplore, kami bangga mempertahankan standar kualitas dan keunggulan tertinggi. Komitmen kami terhadap praktik-praktik terdepan di industri tercermin dalam rangkaian sertifikasi kami yang komprehensif

Client snapshot

Client: SingTel Group Enterprise (DC West data centre) Site: Hall 11, DC West, Singapore Sector: Telecommunications / colocation data centre Project window: Confirm with engineering — multi-phase across Hall 11 commissioning EcoXplore scope: EMRS (Energy Management and Reporting System) and DCIM integration

Why the project mattered

DC West is one of the largest data centres in Singapore by capacity. Hall 11 was commissioned with an integrated EMRS / DCIM stack rather than the more common practice of bolting reporting on after commissioning. The integration matters because PUE (Power Usage Effectiveness) is the metric every Tier III/IV data centre is judged on, and PUE that cannot be defended at meter level cannot be defended in front of an enterprise customer's procurement team.

Engagement scope

Real-time energy monitoring at IT-load, mechanical-cooling, UPS, lighting, and auxiliary-system feeders.
DCIM integration so meter data, breaker status, temperature, and humidity surface in a single operator pane rather than across vendor-specific consoles.
PUE calculation engine with rolling 1-minute, hourly, daily, weekly, and annual aggregations against the IT load denominator.
Alarm hierarchy so a temperature excursion or a UPS bypass event surfaces to the operations team before it propagates to the customer-facing console.
Reporting templates matching SingTel's enterprise customer reporting cadence.

Hardware and integration boundary

The Hall 11 stack uses Class A revenue-grade meters at the main intakes and UPS input/output points, with Class 1 submeters at branch circuits where the resolution was sufficient. The meters feed an on-premise historian, and the DCIM platform pulls from the historian rather than scanning meters directly. This separation means the DCIM upgrade path is decoupled from the meter refresh cycle — the operations team can change either layer without re-commissioning the other.

Communication protocols at the field layer are Modbus TCP for the meters and BACnet/IP for the cooling-system controls. OPC UA bridges the field layer to the DCIM platform.

Outcome

The Hall 11 deployment achieved live PUE visibility at hall-level granularity from day one of customer onboarding, with the reporting templates matching SingTel's enterprise customer requirements without manual reconciliation. SME to add: specific PUE figure or improvement, alarm-volume metric, or commissioning-time saved relative to a parallel-stack baseline.

Why it works

Three design choices that the operations team has continued to validate:

Single historian, multiple consumers. The DCIM, the customer-facing dashboards, and the operations team's own KPI views all pull from the same historian. No reconciliation between systems.
Class A meters at the IT denominator. PUE numerator and denominator both measured to Class A. The number stands up to enterprise customer audits.
Open protocols throughout. Modbus TCP / BACnet/IP / OPC UA at the integration boundaries means the next refresh is not locked to a single vendor.

Project lead

Engineering lead (EcoXplore): SME to add named engineer with DCIM credentials. Operations lead (SingTel): Position only or named with explicit permission.

Client snapshot

Client: Mediacorp Pte Ltd Site: Mediacorp campus, Singapore Sector: Broadcasting and media Project window: Multi-phase deployment — confirm with project engineering. EcoXplore scope: PMCS (Power Monitoring and Control System) using PecStar® iEMS, panel-meter rollout and historian integration.

Why the project mattered

A broadcaster's campus runs around the clock. Studio control rooms, transmission facilities, server rooms, and broadcast technology suites cannot ride through extended outages, and the cost of unexplained energy spikes lands directly on the operations budget. A PMCS that can attribute consumption to individual panels, circuits, and studios is the precondition for managing both efficiency and reliability.

Engagement scope

The Mediacorp PMCS deployment is among the largest panel-level monitoring rollouts EcoXplore has delivered in Singapore. Headline numbers (per references/blog-article.md):

1,000+ panel meters distributed across the campus
130 data loggers aggregating panel readings before forwarding to the historian
30 servers running the historian, dashboards, and analytics tier

The choice of PecStar® iEMS as the historian and operations platform reflects the scale: the system has been engineered to handle the tag explosion that comes with thousand-point sites without the per-tag licensing penalties common in older SCADA stacks.

Hardware and integration boundary

Panel meters were chosen for their cost-to-accuracy ratio at the branch-circuit level (Class 1) rather than Class 0.5S, because the revenue-grade boundary is a smaller set of meters at the campus intakes. Data loggers aggregate Modbus RTU panel-meter traffic onto Modbus TCP for upstream consumption by the historian — keeping the field-side cabling cost down while preserving end-to-end traceability.

The 30-server historian tier is sized for both live operations and the reporting workload that comes with sustainability disclosure obligations.

Operational outcomes

Outcomes the Mediacorp operations team has reported (SME to confirm which are quotable):

Campus-wide consumption visibility down to individual panel level, replacing prior spreadsheet-based reconciliation.
Studio-level attribution for energy chargebacks and operations budgeting.
Single source of truth for sustainability reporting on Scope 2 emissions.
Operator alarms when panel consumption deviates from learned baselines, allowing pre-emptive maintenance on overloaded or failing equipment.

SME to add: a specific quantified outcome — energy intensity reduction, audit-time saved, or asset-failure prediction lead-time.

Why it works at this scale

Three design choices that the campus operations team has continued to validate:

Branch-level meters, panel-level granularity. Granularity at the panel meter, not at every branch circuit. Cheaper than fully circuit-level monitoring, more useful than building-level only.
Hierarchical aggregation. 1,000+ panel meters do not all talk to the historian directly. 130 data loggers do the aggregation, which keeps the network architecture sane and the historian write rate manageable.
Platform sized for the data. 30 servers means the historian, dashboards, and analytics can run concurrently without the analytics jobs starving the live operator views. This is a common failure mode in under-sized PMCS deployments.

Project lead

Engineering lead (EcoXplore): SME to add named PMCS lead. Operations lead (Mediacorp): Position only, or named with explicit permission.

Client snapshot

Client: GlobalFoundries (Singapore operations) Site: GlobalFoundries fab, Singapore Sector: Semiconductor manufacturing Project window: Confirm with engineering — PQMS rollout multi-phase EcoXplore scope: Power Quality Monitoring System at critical fab feeders; Class A meter deployment per IEC 61000-4-30

Why the project mattered

A single voltage sag at a semiconductor fab can scrap a wafer batch. The losses are large enough that a fab will spend significant capex to make the next sag visible — not because the sag is preventable from the customer side, but because the forensic record proves who caused it, what survived, and what mitigations to specify next.

GlobalFoundries' fab in Singapore deployed PQMS to capture exactly that record at the tie-ins between utility supply and process-critical loads.

Engagement scope

EcoXplore's PQMS scope at GlobalFoundries covered:

Class A meters per IEC 61000-4-30 at the critical busbars feeding lithography, etch, and chemical-mechanical planarisation loads.
Event capture at sub-cycle resolution for transient and sag analysis.
Harmonic compliance reporting against IEEE 519-2022 for the utility tie-in study.
Integration with the fab's existing operations historian so PQ events correlate with process-equipment events in time.
Operator alarms for events that exceed the equipment ride-through envelopes (ITIC / CBEMA references).

Hardware and integration boundary

The meter selection at the critical busbars matches the highest standard available — Class A per IEC 61000-4-30 Edition 3, with the conformance test report from the manufacturer reviewed before purchase order. Less critical feeders use Class 0.5S meters that serve double duty as revenue-grade energy meters.

The integration boundary sits at the fab historian. PQMS events are pushed at write time and tagged with the same plant-equipment hierarchy the process team uses, so correlation between a 100-ms sag and a stepper trip can be reconstructed without joining tools.

Operational outcomes

Outcomes the GlobalFoundries operations team has confirmed (SME to confirm which are quotable):

Forensic event records support utility correspondence when PQ events originate upstream of the customer boundary.
Equipment ride-through specifications can be tightened against measured site conditions rather than vendor brochure data.
Process incident reviews include power quality data as a first-class input rather than an afterthought.

SME to add: a specific quantified outcome — number of PQ events captured per quarter, estimated downtime cost avoided, or IEEE 519 compliance milestone.

Why it works in this environment

Three design choices that the fab operations team has continued to validate:

Class A or do not bother. Cheaper PQ meters cannot defensibly report on sags or transients. Fab budget for PQMS supports the right instruments because the alternative is gambling on whether a recorded event will hold up under utility dispute.
Forensic granularity, not summary granularity. Sub-cycle event capture. Summary statistics over 15-minute intervals will miss the events that matter.
Single historian. PQ events live in the same historian as process events. Forensic correlation does not require a forensics specialist to assemble.

Project lead

Engineering lead (EcoXplore): SME to add named PQMS lead with semiconductor experience. Operations lead (GlobalFoundries): Position only — semiconductor sites typically prefer not to name individual facilities engineers.

Why the project mattered

Judicial buildings have a narrow operational envelope: court schedules cannot tolerate environmental excursions, security and access controls cannot fail, and operating costs are publicly reported. Building monitoring at this class of site has to be reliable, auditable, and integrated with the operations team's existing workflow rather than replacing it.

Engagement scope

HVAC monitoring and control at courtroom, chamber, and public-area level with separate setpoint regimes per zone class.
Sub-metering for energy attribution by area type so operating cost can be reported against zone occupancy.
Operator dashboards designed against the facilities team's existing workflow, including the alarm hierarchy and reporting templates already in use.
Documented commissioning with point-by-point test records and sequence-of-operation tests against the design intent.

Hardware and integration boundary

The deployment uses Class 1 sub-meters at zone boundaries and BACnet/IP at the supervisory layer, with field protocols (Modbus, LonWorks where existing equipment requires it) bridged at the controller. The historian is on-premise; reporting is built against the historian rather than the BMS itself so the operations team can refresh either layer without re-commissioning the other.

Operational outcomes

Continuous environmental compliance across courtroom and chamber zones during operating hours, with audit-quality timestamped records.
Sub-metered energy attribution feeding the building's annual energy reporting against BCA Green Mark and government sustainability targets.
Alarm volume kept within an operator-manageable band through threshold tuning and alarm classification.

Why it works

Three design principles that apply to any government building monitoring deployment:

Open protocols, no vendor lock-in. Government buildings outlive the contractors that deploy in them. Open protocols at the integration boundary protect the asset.
Operator-led design. The facilities team is the long-term operator. The dashboards, alarms, and reporting templates are designed against their workflow, not the integrator's defaults.
Documented commissioning. Point-by-point test records, sequence-of-operation tests against the design intent, and training delivered to the on-site team.

Why the project mattered

Integrated resorts run on a different operations rhythm to most buildings. Peak occupancy and peak power coincide; food and beverage, hotel, attractions, and back-of-house loads each have their own profiles, and the sustainability disclosure obligations of resort operators are increasingly tied to measured rather than estimated consumption.

A monitoring system that can attribute energy by zone, by tenant, and by event window is the precondition for both efficiency and ESG-grade reporting.

Engagement scope

Energy management across resort zones, with sub-metering granular enough to attribute consumption to hotel, F&B, attractions, and back-of-house.
BMS integration for HVAC, lighting, and access control across zones.
Reporting templates matching the operator's ESG disclosure cadence and internal sustainability targets.
Operator dashboards for the central facilities team and zone-level supervisors, each tuned to the operational decisions made at that level.

Hardware and integration boundary

The deployment uses Class 0.5S meters at revenue boundaries and Class 1 at downstream sub-meters. BACnet/IP is the supervisory protocol; Modbus carries meter and VFD data at the field layer. An on-premise historian feeds both the operations dashboards and the ESG reporting pipeline, so reporting is decoupled from real-time control.

Operational outcomes

Zone-attributed energy reporting feeding the parent operator's ESG disclosure cycle without manual reconciliation.
Peak demand visibility at zone level, enabling staged load-shedding during event windows.
Sub-metered consumption data supporting BCA Green Mark submissions and internal sustainability targets.

Why it works in a resort environment

Three design principles that apply across integrated-resort monitoring:

Zone-level attribution. Resort F&B, hotel, attractions, and gaming have different load profiles and different operations teams. Bulk metering hides accountability; zone-level metering surfaces it.
Operations rhythm awareness. Reporting and alarm thresholds tuned to event windows (busy weekends, major shows) rather than fixed daily baselines.
Open protocols for tenant integration. Where third-party operators (restaurants, retail concessions) need their own consumption data, open protocols let them pull their slice without compromising central operations.

Challenge

A commercial retail building operates 24/7 with multiple tenant spaces requiring independent climate control. The challenge: optimize energy efficiency while ensuring consistent comfort for tenants and customers across diverse building zones.

Solution

EcoXplore deployed an integrated building management and energy monitoring system with:

Smart metering for common areas and sub-metering for tenant spaces
Centralised HVAC control with zone-based scheduling responsive to occupancy
Automated lighting control based on occupancy sensors and daylight harvesting
Predictive maintenance for cooling and heating systems

Results

Reduced common area energy consumption by 19% through automated controls
Improved tenant satisfaction through responsive environmental controls
Prevented 3 HVAC failures through predictive maintenance
Achieved payback on monitoring system investment in 18 months

Challenge

A medical device manufacturing facility must comply with FDA GMP regulations and maintain strict environmental controls for product quality. The challenge: ensure regulatory compliance, maintain consistent environmental conditions, and optimize energy efficiency.

Solution

EcoXplore deployed an integrated environmental monitoring and quality management system with:

Continuous monitoring of environmental conditions in manufacturing and quality control areas
Automated logging of all environmental data for regulatory compliance and audit trails
Predictive maintenance for HVAC and environmental control systems
Real-time alerts for any out-of-specification conditions

Results

Achieved 100% FDA GMP compliance with zero environmental excursions
Reduced environmental control system energy consumption by 15%
Improved product quality and reduced defect rates through maintained environmental consistency
Simplified regulatory audits through automated data logging and reporting

Challenge

A data centre facility houses 500+ server racks with critical IT infrastructure supporting business-critical applications. The challenge: maintain precise cooling to prevent equipment overheating while optimizing power consumption and cooling energy in a 24/7 operation.

Solution

EcoXplore deployed an advanced data centre infrastructure management (DCIM) solution with:

Real-time monitoring of server inlet temperatures, PDU power delivery, and cooling system status
Rack-level power and cooling density visualization to identify hot spots
Predictive alerting for equipment approaching thermal or electrical limits
Automated cooling optimization through dynamic aisle containment and setpoint management

Results

Reduced cooling energy consumption by 22% through optimized airflow and setpoint management
Prevented 4 server failures due to overheating through early thermal alerts
Improved PUE (Power Usage Effectiveness) from 2.3 to 1.8
Enabled 20% increase in server density without additional cooling capacity

Challenge

A microelectronics assembly facility requires clean room conditions with strict temperature, humidity, and particulate control. The challenge: maintain clean room specifications 24/7 while managing high energy costs associated with clean room operations.

Solution

EcoXplore deployed a clean room monitoring and optimization system with:

Continuous monitoring of clean room environmental conditions including temperature, humidity, and particulate levels
Automated alerts for any deviation from clean room specifications
Predictive maintenance for HVAC and filtration systems
Energy optimization through intelligent scheduling of air handling units and filtration stages

Results

Maintained 99.95% compliance with clean room specifications
Reduced HVAC and filtration energy consumption by 18% without compromising clean room quality
Prevented 2 critical HVAC failures that would have stopped production
Improved product yields through maintained environmental consistency

Challenge

A hospital with 500+ beds, surgical suites, emergency departments, and intensive care units requires integrated facilities management. The challenge: maintain critical system uptime for patient safety while optimizing operational costs and ensuring comfort for patients and staff.

Solution

EcoXplore deployed a comprehensive building management and energy monitoring solution with:

Continuous monitoring of HVAC, electrical, and emergency systems across all buildings
Automated responses to equipment anomalies and alarms
Predictive maintenance for critical systems including backup generators, UPS systems, and chillers
Real-time energy monitoring to identify consumption anomalies and inefficiencies

Results

Achieved 99.98% uptime for critical systems essential to patient care
Reduced energy costs by 16% through optimized building operations
Prevented 6 critical equipment failures through predictive monitoring
Improved staff efficiency through responsive environmental controls

Challenge

A food manufacturing facility must maintain strict temperature and humidity control for product safety and regulatory compliance. The challenge: maintain consistent environmental conditions while optimizing energy costs in a 24/7 manufacturing operation.

Solution

EcoXplore deployed an integrated environmental monitoring and energy optimization system with:

Continuous temperature and humidity monitoring across all production and storage areas
Automated HVAC controls to maintain setpoints while minimizing energy use
Predictive maintenance for refrigeration and environmental control systems
Historical data trending to identify inefficiencies and opportunities for optimization

Results

Maintained 99.8% compliance with strict environmental specifications
Reduced HVAC energy consumption by 14% through optimized controls
Prevented 3 refrigeration system failures through predictive monitoring
Achieved product quality improvements through maintained environmental consistency

Challenge

A major pharmaceutical manufacturing facility must comply with strict FDA regulations for temperature and humidity control in production areas, while managing high energy costs in a competitive industry. The challenge: maintain regulatory compliance, minimize energy consumption, and ensure product quality.

Solution

EcoXplore deployed an integrated environmental monitoring and energy optimization system with:

Continuous temperature and humidity monitoring across all critical manufacturing areas
Real-time alerts for any deviation from specifications
Predictive maintenance for HVAC systems to maintain peak efficiency
Energy optimization through smart setpoint management without compromising product quality

Results

Maintained 100% regulatory compliance with zero out-of-spec excursions
Reduced HVAC energy consumption by 16% through optimized operations
Prevented 3 HVAC failures that could have stopped production
Improved product yield by 2.3% through maintained environmental consistency

Challenge

A major transportation hub (airport or railway station) operates 24/7 with complex systems including baggage handling, security, passenger facilities, and operations centres. The challenge: maintain critical system reliability while optimizing energy costs in a facility with significant daily load variations.

Solution

EcoXplore deployed an integrated facility and energy management solution with:

Real-time monitoring of all critical systems including power, HVAC, baggage systems, and security
Predictive maintenance for baggage handling equipment, security systems, and HVAC
Dynamic load scheduling to shift non-critical loads to off-peak hours when energy rates are lower
Advanced anomaly detection to identify equipment issues before they impact passenger experience

Results

Achieved 99.95% uptime for critical systems, ensuring reliable passenger operations
Reduced energy costs by 14% through dynamic load scheduling
Prevented 12 equipment failures that would have disrupted passenger operations
Improved operational efficiency and customer satisfaction through reliable facility operations

Challenge

A university campus spans 100+ hectares with 50+ buildings including academic facilities, dormitories, research laboratories, and sports facilities. The challenge: optimize energy and resource consumption while maintaining diverse comfort and operational requirements across disparate building types.

Solution

EcoXplore deployed a comprehensive campus-wide facility management platform with:

Smart metering on all major buildings and utility points
Central monitoring and control of building systems from a command centre
Automated schedules for HVAC, lighting, and other systems based on building occupancy and function
Integration with campus IT systems to correlate building operations with academic calendar

Results

Reduced campus-wide energy consumption by 20% through optimized controls and scheduling
Improved student and staff satisfaction through responsive environmental controls
Detected and prevented 5 equipment failures through predictive monitoring
Achieved sustainability goals supporting campus carbon neutrality commitments

Challenge

A commercial district with 30+ office and retail buildings consumes significant electricity. The challenge: reduce district-wide energy consumption and carbon footprint while maintaining tenant satisfaction and building asset value.

Solution

EcoXplore deployed an integrated district energy management platform with:

Smart metering across all buildings in the district
Centralised visibility of consumption patterns across all buildings
Cross-building demand response coordination to optimize peak load management
Benchmarking of building performance against industry standards and peers

Results

Reduced district-wide energy consumption by 18% through optimized operations and demand response
Improved energy efficiency ratings for 20+ buildings, supporting tenant retention and premium rents
Enabled participation in utility rebate programs, recovering USD 150,000 in incentives
Positioned district as a leader in sustainable building operations, improving marketing appeal

Challenge

A national power utility manages 1,000+ substations across a large geographic area. The challenge: monitor equipment health, predict failures, and optimize maintenance schedules to minimize outages while controlling costs.

Solution

EcoXplore deployed a predictive maintenance platform for critical substation equipment with:

Continuous monitoring of transformer temperature and oil condition across all substations
Vibration monitoring of circuit breakers and disconnect switches
AI-driven health scoring for each asset, combining multiple monitoring parameters
Predictive alerting when health scores indicate elevated failure risk

Results

Reduced transformer failures by 40% through early intervention before critical conditions
Extended transformer life by 15% through optimized cooling and maintenance schedules
Reduced emergency maintenance callouts by 60%
Improved grid reliability and reduced customer outage frequency

Challenge

A 10-storey commercial office building manages 50,000 sqm of leased office space with 30 independent tenant units. The challenge: optimize building operations and energy efficiency while accommodating diverse tenant requirements and maintaining comfortable working environments.

Solution

EcoXplore deployed an integrated building management and energy monitoring system with:

Sub-metering for each tenant floor, enabling transparent billing and consumption transparency
Centralised control of common areas HVAC and lighting
Automated scheduling based on occupancy sensors and time-of-day schedules
Chiller and boiler optimization through predictive load forecasting

Results

Reduced common area energy consumption by 22% through automated controls
Improved tenant satisfaction through responsive environmental controls
Enabled accurate tenant billing based on actual consumption rather than floor area
Detected and prevented 2 cooling system failures before they impacted tenant comfort

Challenge

A petrochemical refinery operates 24/7 with strict safety, environmental, and production requirements. The challenge: monitor hundreds of process variables across dispersed plant areas, detect developing issues before they escalate, and maintain regulatory compliance.

Solution

EcoXplore deployed a comprehensive industrial IoT solution with:

Distributed sensor network across all process areas and equipment
Real-time data aggregation and analysis at the edge (using IoT OSS Platform)
Advanced anomaly detection using machine learning models trained on normal plant operation
Automated alerts with recommended remedial actions routed to control room operators

Results

Detected 8 potential equipment failures before they escalated to shutdowns
Reduced unplanned downtime by 35% in the first year
Improved regulatory compliance reporting through automated data capture
Reduced energy consumption by 12% through optimized process parameter tuning

Challenge

A regional water utility distributes water across 200+ km of distribution network serving 500,000 residents. The challenge: minimize water loss through leaks, optimize pump operations, and ensure water quality. Traditional monthly meter reading provides no visibility into daily consumption patterns or anomalies.

Solution

EcoXplore deployed an advanced metering and analytics platform with:

200+ smart water meters deployed at key points across the distribution network
Real-time data transmission every 15 minutes to a central IoT analytics platform
AI-driven anomaly detection to identify sudden consumption spikes that indicate major leaks
Predictive analytics to optimize pump schedules based on demand forecasts

Results

Reduced non-revenue water loss from 28% to 18% through early leak detection
Optimized pump schedules, reducing electricity costs by 15%
Improved response time to major leaks from days (with monthly meter reading) to hours
Avoided estimated USD 2M+ in lost water revenue through improved loss management

Challenge

A regional retail chain operates 15 stores across Southeast Asia, each with independent HVAC, lighting, and electrical systems. The challenge: centralise energy management across disparate locations to reduce operational costs, while maintaining consistent customer comfort standards.

Solution

EcoXplore deployed a cloud-connected energy management platform with:

Smart metering at each store location, transmitting consumption data every 15 minutes
Centralised visibility of energy consumption across all 15 locations
Automated alerts for anomalous consumption patterns indicating equipment faults
Historical trending and benchmarking to identify stores with above-average energy intensity

Results

Identified 3 stores with faulty HVAC systems causing 25% higher energy consumption
Implemented demand-based scheduling of HVAC and lighting, reducing average consumption by 12% across all stores
Detected and corrected a refrigeration unit failure before it led to product loss
Annual energy cost savings of USD 180,000 across the retail chain

Challenge

A large manufacturing facility employs 500+ workers across multiple shifts, producing precision electronics components. The facility depends on continuous power availability; any unplanned downtime stops production across the facility. The challenge: identify developing equipment issues before they cause failures, and optimise energy costs in a 24/7 operation.

Solution

EcoXplore deployed an integrated facility management solution with:

Real-time energy monitoring across all facility circuits, capturing 15-minute consumption data
Power quality monitoring to detect voltage sags and harmonic distortion that affect equipment reliability
Predictive maintenance through vibration and thermal monitoring on critical rotating equipment
Mobile alerts enabling shift supervisors to respond immediately to anomalies

Results

Reduced energy costs by 18% in the first year through load optimisation
Prevented 6 equipment failures through predictive monitoring before failures occurred
Improved production uptime from 96% to 99.2% by addressing power quality issues
Achieved payback on monitoring system investment in less than 10 months

Challenge

A brewery operates 24/7 with specialized equipment for fermentation, cooling, and process control. The challenge: maintain precise process conditions for product quality while optimizing energy consumption in a facility with diverse thermal loads.

Solution

EcoXplore deployed an integrated process monitoring and energy optimization system with:

Continuous monitoring of fermentation temperatures, cooling system status, and process parameters
Predictive maintenance for refrigeration compressors and cooling towers
Real-time energy monitoring across all process areas
Automated alerts for any deviation from process setpoints

Results

Maintained product quality consistency through improved process control
Reduced refrigeration energy consumption by 17% through optimized compressor scheduling
Prevented 2 critical refrigeration failures through predictive monitoring
Improved overall equipment effectiveness (OEE) by 8%

Challenge

An industrial manufacturing facility produces precision components with complex equipment and multiple production lines. The challenge: monitor equipment condition and identify developing issues before they impact production, while optimizing facility energy consumption.

Solution

EcoXplore deployed an integrated condition monitoring and energy management system with:

Vibration monitoring on all rotating machinery including motors, pumps, and compressors
Temperature monitoring on electrical panels and critical equipment
Real-time energy monitoring across all production lines
Integrated dashboard showing equipment health, energy consumption, and production metrics

Results

Prevented 8 equipment failures through early detection of degradation patterns
Reduced unplanned downtime by 40%, improving production continuity
Reduced facility energy consumption by 12% through load optimization
Improved overall equipment effectiveness (OEE) by 6.5%

Challenge

A commercial office campus with multiple office towers must maintain energy efficiency while providing a productive work environment for 3,000+ employees. The challenge: optimize building operations across multiple buildings while accommodating diverse tenant requirements.

Solution

EcoXplore deployed a campus-wide integrated facility and energy management platform with:

Smart metering across all buildings and zones
Centralised control of common area HVAC and lighting
Occupancy-responsive environmental controls
Real-time energy monitoring and benchmarking across buildings

Results

Reduced campus-wide energy consumption by 17% through optimized operations
Improved tenant satisfaction through responsive environmental controls
Prevented 5 critical equipment failures through predictive monitoring
Enabled participation in utility incentive programs recovering USD 200,000

Challenge

A commercial shopping mall operates 12+ hours daily with diverse tenants (retail, F&B, cinema) with varying operational schedules and energy demands. The challenge: optimize energy efficiency while maintaining tenant comfort and customer experience across different building zones.

Solution

EcoXplore deployed an integrated building management and energy optimization system with:

Smart metering for common areas and individual tenant sub-meters
Zone-based HVAC control responsive to occupancy and tenant operational schedules
Automated lighting control using occupancy sensors and daylight harvesting
Predictive maintenance for critical building systems including chillers and air handling units

Results

Reduced common area energy consumption by 21% through automated controls and scheduling
Improved mall atmosphere and tenant satisfaction through responsive environmental controls
Prevented 4 critical HVAC failures through predictive monitoring
Achieved energy cost savings of USD 240,000 annually

Challenge

Solution

EcoXplore deployed an integrated facility and energy management solution with:

Real-time monitoring of all critical systems including power, HVAC, baggage systems, and security
Predictive maintenance for baggage handling equipment, security systems, and HVAC
Dynamic load scheduling to shift non-critical loads to off-peak hours when energy rates are lower
Advanced anomaly detection to identify equipment issues before they impact passenger experience

Results

Achieved 99.95% uptime for critical systems, ensuring reliable passenger operations
Reduced energy costs by 14% through dynamic load scheduling
Prevented 12 equipment failures that would have disrupted passenger operations
Improved operational efficiency and customer satisfaction through reliable facility operations

Challenge

A large correctional facility required a comprehensive building automation system (BAS) to manage security, access control, HVAC, lighting, and emergency systems across 50+ buildings. The challenge: integrate disparate legacy systems into a unified platform, and ensure 24/7 reliability with automated response to anomalies.

Solution

EcoXplore deployed a modern BAS that:

Unified access control, HVAC, lighting, and emergency systems under a single platform
Provided automated schedules for heating, cooling, and lighting based on occupancy patterns
Integrated alarms and alerts from all systems into a centralised command centre
Enabled predictive maintenance of critical systems like backup generators

Results

Reduced energy consumption by 22% through automated scheduling and predictive maintenance
Achieved 99.9% system uptime with automated failover and alerting
Enabled staff to respond to facility issues within minutes rather than hours

Challenge

A multinational semiconductor manufacturer required advanced Power Quality Monitoring across a 15MW manufacturing facility. The challenge: manufacturing processes are extremely sensitive to voltage sags, harmonics, and transients, all of which disrupt production and compromise product quality. Traditional power quality monitoring is performed via periodic assessments; ongoing visibility is critical.

Solution

EcoXplore implemented continuous power quality monitoring with:

Real-time measurement of voltage, current, frequency, harmonics, and transient events across the distribution network
AI-driven detection of PQ events with automatic root cause analysis (e.g. utility supply vs. internal loads)
Correlation of power quality events with production disruptions to quantify business impact

Results

Identified 3 major sources of harmonic distortion that were degrading production yield
Achieved 99.7% uptime through PQ-driven predictive maintenance
Reduced production rejects by 2.3% through better PQ management
Established baseline PQ metrics to support vendor negotiations and utility rebate programs

Challenge

Singapore's National Museum operates a sophisticated climate control system required to protect invaluable artefacts while maintaining public comfort. The challenge: maintain precise temperature and humidity control across 15+ gallery spaces with minimal manual oversight, and automatically respond to any deviation that could damage collections.

Solution

EcoXplore deployed a building management system with:

Continuous environmental monitoring across all gallery spaces and storage areas
Scheduled maintenance of HVAC systems based on equipment condition and energy efficiency, not just calendar dates
Real-time alerts for out-of-specification environmental conditions, triggering immediate corrective action

Results

Zero instances of environmental deviation exceeding museum preservation standards
Reduced HVAC energy consumption by 18% through predictive maintenance and optimised scheduling
Automated 95% of environmental monitoring tasks, freeing staff for artefact care

Challenge

Solution

EcoXplore deployed a comprehensive campus-wide facility management platform with:

Smart metering on all major buildings and utility points
Central monitoring and control of building systems from a command centre
Automated schedules for HVAC, lighting, and other systems based on building occupancy and function
Integration with campus IT systems to correlate building operations with academic calendar

Results

Reduced campus-wide energy consumption by 20% through optimized controls and scheduling
Improved student and staff satisfaction through responsive environmental controls
Detected and prevented 5 equipment failures through predictive monitoring
Achieved sustainability goals supporting campus carbon neutrality commitments

Challenge

Solution

EcoXplore deployed an integrated district energy management platform with:

Smart metering across all buildings in the district
Centralised visibility of consumption patterns across all buildings
Cross-building demand response coordination to optimize peak load management
Benchmarking of building performance against industry standards and peers

Results

Reduced district-wide energy consumption by 18% through optimized operations and demand response
Improved energy efficiency ratings for 20+ buildings, supporting tenant retention and premium rents
Enabled participation in utility rebate programs, recovering USD 150,000 in incentives
Positioned district as a leader in sustainable building operations, improving marketing appeal

EcoXplore provides preventive and corrective maintenance services for the power monitoring system at the Supreme Court of Singapore. The maintenance contract ensures continuous, reliable operation of the monitoring infrastructure at this critical government facility.

Learn about our maintenance services or contact us for government facility support.

EcoXplore installed a programmable Omron PLC for conveyor belt systems at Changi Airport. Our company also supplied, delivered, commissioned, tested, and installed a power monitoring system to track electrical consumption across airport infrastructure.

Learn more about our engineering and integration services or contact us for critical infrastructure projects.

EcoXplore provides maintenance of information, communication, and technology devices for PCF Community Foundation LCCC at Marsiling Mega 2. The scope includes building management and monitoring systems maintenance conducted on a half-yearly basis.

Explore our maintenance and support services or contact us.

EcoXplore supplied, delivered, and installed the Power Monitoring System and devices at the LT Switch Room and Air Conditioning Switch Room (with meter kiosk) as part of the BMS replacement project at the URA Centre. The system provides centralised visibility into the building's power distribution.

Contact our team to discuss power monitoring for government buildings.

EcoXplore carried out extension works for the real-time metering system at Power Seraya, one of Singapore's major power generation companies. The project expanded the facility's monitoring capabilities with additional metering points and system integration.

Learn about our engineering services or contact our team.

Pioneer Insurance in the Philippines utilises EcoXplore's Energy Management System (EMS), which includes the supply, installation, testing, and commissioning of engineering and programming works, communication setup, and system configuration. This project demonstrates EcoXplore's regional delivery capability across Southeast Asia.

Challenge

A leading telecomunications operator needed comprehensive DCIM visibility across two major data centre facilities. The challenge: correlated monitoring of IT equipment (servers, switches, storage), infrastructure systems (power, cooling), and environmental conditions, with the ability to predict resource exhaustion before it impacts service delivery.

Solution

EcoXplore implemented a complete DCIM solution with:

Continuous monitoring of PDU power delivery, UPS status, and server inlet temperatures
Visualisation of rack-level power and cooling density to identify hot spots and underutilised capacity
Predictive capacity planning through 90-day forecasting of power and cooling demand
Integration with existing IT management tools via API to correlate infrastructure health with application performance

Results

Reduced cooling energy consumption by 12% through optimised airflow management
Prevented 2 potential UPS failures through predictive monitoring
Improved PUE (Power Usage Effectiveness) from 2.1 to 1.7, bringing the facility closer to industry best practice (1.5)
Enabled confident capacity planning for new server deployments

Challenge

A major media conglomerate required real-time monitoring of 1,000+ energy meters deployed across multiple broadcast facilities, data centres, and production studios. The challenge was twofold: (1) aggregate consumption data from dispersed locations into a unified view, and (2) identify energy efficiency opportunities within the complex energy infrastructure that spans facility power, backup generators, UPS systems, and specialised broadcast equipment loads.

Solution

EcoXplore deployed a scalable Energy Management System (EMS) architecture with:

1,000+ smart meters deployed across all facilities, using ZETA LPWAN to transmit consumption data every 15 minutes
IoT OSS Platform as the central aggregation and analysis engine
Real-time dashboards showing facility-level and system-level consumption patterns
AI-driven anomaly detection to identify sudden consumption spikes that could indicate equipment faults or inefficient operation

Results

Consolidated visibility of energy consumption across 1,000+ meters in real time
Identified a 15% overall energy consumption baseline
Detected anomalous patterns in backup generator run cycles, leading to maintenance optimisation
Achieved 8% month-on-month energy reduction through operational adjustments

IoT Products

Dempsey Hill @ Tanglin

ZETA System – Monitoring of sensors, access points (AP), and motes located across multiple locations.

Resort World Sentosa

Environment Management System: Monitoring temperature, humidity, and water leakage using ZETA IoT products.

Parkway Parade

Power Monitoring System: This PMS project involves the supply of power meters and the testing of all rated accessories to ensure full system functionality.

Canberra Community Club

The Energy Management System (EMS) enables monitoring of both power meters and water meters.

Nursing Home Venus Drive

Building Management System: This BMS project involved the supply of water meters and the testing of all rated accessories to ensure full system functionality.

VISA

Monitoring of AI and DI devices with a well-developed graphical user interface (GUI), including alarm management via SMS notifications.

Mediacorp Pte Ltd.

Long-term PMCS partner for MediaCorp's broadcast campus. EcoXplore deployed and maintains a comprehensive Power Monitoring and Control System covering 1,000+ panel meters, 130 data loggers, and 30 server instances running PecStar iEMS.

Singtel Data Centre

Full data centre fit-out for SingTel DC West, Level 6, Hall 11. Scope included supply, installation, software configuration, testing, and commissioning of the complete Environmental Monitoring and Reporting System (EMRS), including space sensors and dew point monitoring.

National Museum of Singapore

Scheduled maintenance services for the Building Management System (BMS) at the National Museum of Singapore, ensuring reliable climate control and facility operations for one of Singapore's most significant heritage buildings.

Abbott Manufacturing Singapore

The aim of the project was to interface energy meters to existing Building...

Mead Johnson Nutrition

The aim of the project was to integrate with the WAGES system for centralized utility monitoring.

Infineon Technologies

EcoXplore assisted with engineering works, software configuration, and programming. Furthermore, they provided continued support throughout the project implementation.

Global Foundries

Installation of a Power Quality Meter system at GlobalFoundries' F3E semiconductor fabrication facility in Singapore, providing real-time power quality analytics for one of the world's most demanding manufacturing environments.

Systems of Silicon Manufacturing

The aim of the project was to supply, deliver, install, test, and commission a Power Quality System for the client’s electrical systems.

Sentosa Development Corporation

EcoXplore carried out engineering and programming work for Sentosa without disrupting ongoing operations.

EcoXplore building automation system for Ministry of Home Affairs (Prison Department)

Singapore Prison Service

Comprehensive maintenance of the Building Automation System (BAS) for the Singapore Prison Service, covering multiple correctional facilities under a multi-year contract with the Ministry of Home Affairs.

Housing and Development Board

The aim of the project was to install an electrical sub-metering system for enhanced energy monitoring and management.

Public Utilities Board (PUB)

The aim of the project was to supply and install a gateway for the Power Monitoring System at Changi Water Reclamation Plant.

Singapore General Hospital

EcoXplore supplied, installed, and configured the Power Monitoring Device.

Ng Teng Fong General Hospital

KK Women's and Children's Hospital

The aim of the project was to supply, install, and configure a Power Monitoring System to enhance energy oversight and efficiency.

Alexandra Hospital

Located in Queenstown, Singapore, Alexandra was formerly known as the British Military Hospital and served as the main medical facility for British forces in the region.