Data Center Precision Power Distribution & Energy Monitoring Solution
Full AC/DC coverage, dual deployment modes — standalone local monitoring or third-party system integration. End-to-end accurate metering from main feeder to rack level, making every kWh visible and manageable.
Facing these power distribution challenges?
Data centers have numerous distribution circuits and fast-changing loads. The traditional approach — “reading the main meter plus manual inspection” — is losing control over both energy efficiency and safety.
Only total consumption is known. Without separating IT, cooling and auxiliary loads, there is no basis for energy saving and PUE is just an estimate.
With numerous incoming and outgoing circuits, manual inspection cannot catch overload, voltage anomalies or leakage in time — fault location is slow and downtime is costly.
You already have an environment-monitoring / IoT platform. Adding metering often gets stuck on incompatible protocols and heavy retrofitting.
Export projects demand certifications, localization and existing-system integration — product selection and acceptance can easily stall.
Two core scenarios, matched to your needs
First, what power does your facility use — AC from utility / UPS, or a -48Vdc DC bus? Select a scenario below to see the standard configuration and product list.
Standard Preset Architecture
Solution Highlights
Core Configuration List
| Location | Core Product | Qty |
|---|---|---|
| Main feeder metering | AMC100-ZA dual-circuit 3-phase meter 2× 600A feeders · 2nd–63rd harmonics · 8 DI / 4 DO · 3× RS485 · DIN-rail with AKH-0.66/I 40I 600A/5A CTs, 0.2-class | 1 meter 6 CTs |
| 3-phase outlet metering | AMC100-FAK48 multi-circuit meter up to 16× 3-phase circuits · DIN-rail with AKH-0.66/W-9A/B solid-core CTs | 1 meter CTs per circuit |
| 1-phase outlet metering | AMC100-FAK48 multi-circuit meter up to 48× 1-phase circuits · DIN-rail with AKH-0.66/W-9A/B solid-core CTs | 1 meter CTs per circuit |
| Local display & alarm | ATP007kT 7″ smart touch screen local data display · threshold alarms | 1 screen |
Two deployment modes, tailored to your existing system
Whether it is a greenfield data center or an upgrade of an existing one, there is a path — no need to rip out what you already have.
Standalone Local Monitoring
No platform required — the touch screen handles data display and alarms locally. Ideal for small / medium data centers and downstream distribution panels.
- ATP007kT / ATP010kT touch screen centralizes all circuit data
- Local threshold settings with audible & visual alarms
- Quick deployment, low cost, plug-and-play — no platform build-out
Third-party IoT / Environment Monitoring Integration
The first choice for overseas customers — upload metering data to your existing platform for remote, unified operations. Choose the path that fits what you already have.
- Main meters AMC100-ZA / ZD feature 3 independent RS485 ports, direct MODBUS-RTU connection to your gateway
- We provide full MODBUS register maps with complete technical support
- We supply the AWT200 IoT gateway: RS485 downlink pre-connected to all meters
- Uplink via 4G / WiFi / Ethernet with MQTT / MODBUS-TCP to your platform
- Supports store-and-forward, up to 10,000+ data points — short integration cycle, minimal changes
Full in-house product line, one-stop sourcing
From feeder metering and branch-circuit acquisition to display and networking — all designed and manufactured by Acrel for consistent quality, protocols and service. Full range certified to CE / IEC.
AMC100-ZAAC dual-circuit 3-phase meter
- 2 independent 3-phase feeders, full electrical parameters + 2nd–63rd harmonics
- Optional leakage monitoring & temperature / humidity monitoring
- Built-in 8 DI / 4 DO for breaker status & alarm driving
- 3 independent RS485 ports, DIN-rail mount
AMC100-ZDDC dual-circuit DC meter
- 2 independent DC feeders, -48Vdc ready
- DI / DO points for alarms & status collection
- 3 independent RS485 ports, DIN-rail mount
- Fits standard panel depth, no changes to the main circuit
AMC100-FAK30 / FAK48AC multi-circuit meters
- Up to 16 3-phase / 48 1-phase mixed circuits
- Compact & high accuracy, DIN-rail mount
- Designed for dense PDU branch circuits inside panels
- Pairs with AKH-0.66/W series solid-core CTs
AMC100-FDK48DC multi-circuit meter
- Up to 48 DC circuits metered
- -48Vdc bus ready
- Plug-in Hall sensor wiring for fast installation
- Multi-level cascade for circuit expansion
AKH Series / AHKC SeriesCurrent sensors
- AKH Series (AC): 0.2-class accuracy, 9mm standard aperture, front / rear mounting
- AHKC Series (DC): open-loop Hall effect, no wire disconnection, 1.0-class accuracy
- Fits breaker layouts inside panels and DC bus scenarios
KDYA-DG50C-DHall sensor power module
- Provides a stable ±15Vdc supply for all Hall sensors
- Standard companion for the DC monitoring solution
- Compact size, fits panel installation space
ATP007kT / ATP010kTSmart touch screens
- 7″ / 10″ screen size options
- Centralizes all circuit data & alarms with local threshold settings
- 2 RS485 ports, 24Vdc supply
- Core display terminal for standalone monitoring mode
AWT200 SeriesIoT gateway
- Up to 8 RS485 downlink ports for metering devices
- Uplink via 4G / WiFi / Ethernet, MQTT / MODBUS-TCP
- Store-and-forward, up to 10,000+ data points
- Core networking device for overseas integration
End-to-end system architecture
Four layers, one chain: meters collect data locally, data flows up via RS485 / gateway, converging on the local touch screen or your third-party platform.
Proven globally, ready to replicate
In Peru, the Philippines and beyond, the solution has entered data centers alongside local switchgear manufacturers — running stable and integrating smoothly.
DC Data Center Precision Metering Project
Customer: INDUSTRIA EMALEXA S.A.C — leading Peruvian switchgear manufacturer
Core configuration: ATP007kT touch screen + AMC16-FDK48 multi-circuit DC meter + AHKC-E Hall sensors + power module. Precision metering added to DC distribution panels with successful integration into the customer's own third-party monitoring system — running stably.
AC Data Center Sub-metering Project
Customer: TOM'ELE-KT POWER SYSTEMS INC — Philippine switchgear manufacturer
Core configuration: ATP007kT touch screen + AMC16-ZA feeder meter + AMC16-FAK48 outlet meter + current transformers. Sub-metering for distribution panels with data uploaded to the customer's own monitoring system — perfectly fitting local distribution architecture.
Real deployments in data centers
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