Transport infrastructure
Runyang Yangtze River Bridge, Shanghai Pudong International Airport and Jiangyin Port Area, Fuzhou
Project references
Explore catalog project references by industry. The 2026 catalog retains some historical project names.
Representative projects
Manufacturing and industry
Bosch Wuxi plant, JISCO converter retrofit and CNOOC Chunxiao gas field
Public buildings and research
Nanjing Olympic Sports Center, Tsinghua University compressor station and Intel Shanghai R&D Center
Eight application scenarios
Explore system design, data flow and benefits by scenario. Scene images are AI-generated illustrations and diagrams show typical designs. Client marks identify projects in the company catalog.
Hospitals and critical loads
See critical loads and backup sources together
Map operating theatres, imaging equipment and other critical loads. Meter incomers and critical feeders, monitor backup sources, and integrate UPS and transfer status. Commission alarms for outages, transfer and restoration.
Field and data sourcesIncomers · critical feeders · UPS / ATS
APM-480Energy and electrical readingsMPR-2013 / 2014Protection and breaker status
UPS / ATSStatus via supported device interfaces
Communications and data aggregationRS485 / Modbus RTU + device status interfaces
Energy management and power monitoring
- Single-line and supply status
- Outage / transfer alarms
- Event timeline
Benefits and measurement
Operators can identify affected circuits and backup source status. Track alarm acknowledgement and restoration times in drills.
- Alarm response time
- Restoration time in drills
Existing project references
Longhua Hospital affiliated with Shanghai University of Traditional Chinese Medicine (renovation)
Precision manufacturing and power quality
Connect power disturbances to equipment operation
Monitor voltage, harmonics and load upstream of sensitive equipment and at shared buses. Align anomalies with equipment downtime, production stages and shifts before specifying dedicated power-quality monitoring or mitigation.
Field and data sourcesShared bus · circuits feeding sensitive equipment
APM-480E / 440EElectrical and harmonic trends
Power qualityDedicated devices where required
Production eventsDowntime and shift records
Communications and data aggregationMeter data + time-aligned production records
Energy management and power monitoring
- Voltage and harmonic trends
- Disturbance / downtime comparison
- Before-and-after analysis
Benefits and measurement
Document disturbances and assess mitigation using event counts, nuisance shutdown records and comparable before-and-after trends.
- Disturbance count
- Nuisance shutdown records
Existing project references
Fault response across campuses
Trace a protection event to the affected circuit
Map incomers, bus ties and feeders to the single-line diagram. Align circuit IDs and timestamps, bring breaker positions, relay operations, alarms and available recordings into one view, and rehearse fault diagnosis during commissioning.
Field and data sourcesIncomers · bus ties · building feeders
MPR relaysTrips, breaker status and available recordingsAPM metersField measurements and energy
Point listCommon circuit IDs and timestamps
Communications and data aggregationDevice interfaces → gateway → Ethernet
Energy management and power monitoring
- Circuit location
- Sequence of events
- Linked alarms and recordings
Benefits and measurement
Operators can narrow the search using event chronology. Track time from alarm to fault location and from location to restoration.
- Time to locate fault
- Time to restore supply
Existing project references
Nanjing Olympic Sports Center
Demand and capacity costs in commercial buildings
See how individual loads combine into a peak
Log main-incomer demand at the utility billing interval and submeter HVAC, common areas and tenants. Identify coincident peaks and evaluate staggered operation, controllable loads or contracted capacity under the applicable tariff.
Field and data sourcesMain incomer · HVAC · common areas · tenants
Main meterDemand aligned to the billing interval
APM-480 / 440Submeter energy by useTariffContract rules for analysis
Communications and data aggregationRS485 / Modbus RTU → gateway
Energy management and power monitoring
- Energy by use
- Coincident peak analysis
- Load scheduling and capacity review
Benefits and measurement
Compare billing demand, peak duration and utility bills, and base capacity decisions on observed load.
- Billing demand
- Bill comparison
Existing project references
Guangzhou Baiyun Wanda Plaza
Plant expansion and new charging loads
Evaluate added demand against measured loads
Collect transformer and feeder loads across representative shifts, add projected line or charger loads, and check coincident peaks and spare capacity. Compare staggered operation, phased installation and expansion.
Field and data sourcesTransformers · main feeders · new lines / chargers
APM-480Existing load and peak measurements
New loadsRatings and operating schedules
Asset ratingsRated capacity and operating limits
Communications and data aggregationMeasured load + projected load overlay
Energy management and power monitoring
- Load profile
- Spare-capacity review
- Phasing / expansion plan
Benefits and measurement
Use measured peaks and spare capacity to decide when to expand, reducing the risk of premature investment or rework.
- Coincident peak
- Capacity utilization
Existing project references
Ningbo Jianlong Steel (phase-one plant project)
Coordinating solar, wind, storage and charging
View generation, storage and demand together
Meter the grid connection, generation, storage and charging separately. Integrate available inverter and storage status into a shared power profile. Confirm control interfaces, operating limits and interlocks before commissioning dispatch.
Field and data sourcesGrid connection · generation · storage · charging
APM-480Circuit power and bidirectional energy
Inverter / PCS / BMSOperating status via agreed interfaces
Load planProduction and charging schedules
Communications and data aggregationMeter and device data → gateway → monitoring
Energy management and power monitoring
- Combined power profiles
- Self-consumption analysis
- Dispatch where configured
Benefits and measurement
Evaluate coordination with on-site consumption share, grid-connection peaks and power variation.
- On-site consumption share
- Grid-connection peak
Related power-generation reference
Guangzhou Likeng waste-to-energy plant These are power-generation references. The combined scenario is a design example.
Centralized metering and reporting across buildings
Collect readings across buildings automatically
Standardize IDs for buildings, electrical rooms and meters. Collect readings through gateways, configure reports and missing-data flags, and reconcile against field readings and the main meter at commissioning.
Field and data sourcesBuildings · electrical rooms · submeters
APM-440 / 480Circuit metering and communications
Meter registryBuilding, use and scaling
Main meterReference for reconciliation
Communications and data aggregationRS485 segments → gateways → central readings
Energy management and power monitoring
- Daily / monthly reports
- Missing-data flags
- Main / submeter reconciliation
Benefits and measurement
Reduce manual reading and reconciliation. Track reporting effort, data completeness and reconciliation discrepancies.
- Reporting effort
- Data completeness
Existing project references
Guangzhou Higher Education Mega Center (phase two)
Production energy performance
Relate energy to production lines and output
Submeter by process or production line and align shift energy with output and operating hours. Establish a comparable baseline, then assess energy per unit, off-shift base load and changes after upgrades.
Field and data sourcesProcesses · production lines · auxiliary equipment
APM-480 / 440Shift and submetered energy
OutputProduction quantities and shifts
RuntimeOperating and idle periods
Communications and data aggregationAlign energy, output and shift records
Energy management and power monitoring
- Energy per unit
- Idle-load analysis
- Upgrade performance review
Benefits and measurement
Trace changes to a specific line and period to support maintenance priorities, upgrades and budgets.
- Energy per unit of output
- Off-shift base load
Existing project references
Browse by industry
Commercial buildings and hotels
- 上海宝山万达广场
- 上海周浦万达广场
- 广州白云万达广场
- 广州增城万达广场
- 厦门湖里万达广场
- 杭州西城广场
- 北京香山饭店
- 苏州东山宾馆
- 宁波华侨饭店（历史称谓）
- 宁波鄞州文化艺术中心
- 上海南京路世纪广场
Public buildings and stadiums
- 上海市公安局出入境管理大楼
- 北京普天大厦
- 福州海关办公楼
- 南京奥林匹克体育中心
Airports, ports and transport
- 广州白云国际机场
- 上海浦东国际机场
- 北京首都国际机场
- 重庆江北国际机场
- 九寨黄龙机场
- 呼和浩特白塔机场（历史项目）
- 海口美兰机场
- 大同机场（历史项目）
- 运城机场（历史项目）
- 巴基斯坦瓜达尔港
- 福州港江阴港区
- 宁波大榭招商国际码头
- 润扬长江公路大桥
- 上海南浦大桥
- 沪宁高速梅村服务区
- 杭甬运河新坝船闸
- 甬金高速公路
- 盐通高速公路
Universities and hospitals
- 广州大学城二期
- 南开大学（新校区项目）
- 清华大学（空压站项目）
- 中南财经政法大学（新校区项目）
- 兰州大学（中心供电项目）
- 苏州大学（新校区项目）
- 常州大学城
- 浙江工业大学（新校区项目）
- 中原工学院
- 四川音乐学院（新校区项目）
- 上海中医药大学附属龙华医院（改建项目）
- 复旦大学附属华山医院浦东院区
- 常州市妇幼保健院
Water, environment and municipal
- 东莞市第四、第五水厂
- 西安市第三污水处理厂
- 成都市温江区污水处理厂
- 成都市第三污水处理厂
- 南昌前湖电排站
Power generation and supply
- 广州李坑生活垃圾焚烧发电厂
- 灯塔红阳热电厂
- 山西兆光电厂
- 神木神兴电厂
- 大唐略阳电厂
- 合川双槐电厂
- 平顶山平东电厂
- 珠海电厂（一期脱硫项目）
Petrochemicals and natural gas
- 中海油春晓气田
- 青海油田涩北气田
- 中国石化扬子石化（三加氢项目）
- 中国石化巴陵石化（历史项目）
- 中国石化茂名石化
- 天津大沽化工厂（历史项目）
- 燕山石化（热电站锅炉改造项目）
- 泸州北方化学工业有限公司（缅甸项目）
- 甘肃银光化学工业集团（二期扩建项目）
- 宜宾天原集团（PVC项目）
Metals, mining and construction materials
- 鞍钢西区烧结厂
- 上海上钢三厂（历史名称）
- 潍坊钢铁（制氧、烧结项目）
- 宁波建龙钢铁（一期厂房项目）
- 新疆八一钢铁集团
- 涟源钢铁（涟钢）
- 武汉钢铁（热轧项目）
- 济南钢铁（中板项目）
- 攀钢集团
- 通化钢铁
- 马钢（冷轧带钢项目）
- 酒钢集团（转炉改造项目）
- 重庆钢铁（高炉配电项目）
- 天津铁厂
- 金川集团（转炉项目）
- 淮南矿业顾桥煤矿
- 大同矿务局（电力改造项目）
- 云南小龙潭矿务局
- 金川集团（矿山东扩项目）
- 枣庄矿业集团（焦化项目）
- 新汶矿业（石膏生产线项目）
- 北京水泥厂（历史名称）
- 明达玻璃（厦门）有限公司
Electronics and light industry
- 英特尔上海研发中心
- 英飞凌苏州工厂（历史项目）
- 敦南微电子（无锡）有限公司
- 成都银河磁体股份有限公司
- 艾默生深圳工厂（历史项目）
- 苏州三星电子（空调压缩机项目）
- 彩虹集团（陕西）
- 博世无锡工厂
- 长安汽车渝北工厂（历史项目）
Telecom and media
- 中国移动嘉兴分公司
- 中国移动丽水分公司
- 中国联通兰州枢纽楼
- 中国联通郑州市分公司
- 中国电信七宝机房
- 四川电视台（历史名称）
- 四川日报印务中心（历史项目）
- 中国电信马鞍山分公司
- 日照广播电视台