Battery Monitoring Systems

Permanent monitoring solution designed for stand-by batteriesComplete package including hardware & software

Designed to allow IEEE/IEC best practiceFast, accurate, safe & smartVisibility of your battery assets

Be in control of your batteries.

PowerShield Data Center Solutions

In the Battery Room

Modular layout for safety, efficiency, scalability- Sentinel controller + m-Senzor battery sensors

Up to 1280 blocks / 16 strings per hardware systemStand-alone system operation with on-board memory Can operate without PC or external comms

UL, CUL, CE, C-Tick, FCC, KCC certifiedFast & tidy installation

Battery & UPS brand neutral Maintain manufacturer

flexibility & capabilityfor future expansion

In the Battery Room

All parameters sampled continuously & automatically Rapid identification of catastrophic failures

Automatic data logging Allows historic & predictive trending over battery lifetime

Automatic data logging of battery discharge Live assessment of performance Capacity analysis

UPS self-test & intermittent charging compatibility Make best use of UPS functionality

All events and alarms time & date stamped

At the Battery

Individual block voltage, sampled simultaneously every 4 seconds True real-time visibility

Individual block impedance, sampled daily Sampled only in Float for best comparison & life trending Internal high precision reference for self-calibration

Individual block temperature option Measured at negative terminal as per IEEE

recommendations Accurate & block specific thermal runaway

detection

At the Battery

750VDC optical isolation at battery Increased safety of personnel & facility Install flexibility & efficiency – consolidate different block & string

voltages [UPS, 48V, genset, emergency lighting] Factory terminated cable sets with no fusing required

Intelligence at the battery Ripple & noise rejection Self-protection Bi-colour LED for fast identification

No more manual battery testing.

Raising the Alarm

Alarms for block voltage, impedance & temperature [thermal runaway]; string voltage & current; ambient temperatureAll alarm settings user-editable, but with initial defaults offeredSelf-learnt automatic baseline for impedanceAll alarm settings are battery & application specificDetailed, specific alarm information – to individual block levelSystem intelligence applies appropriate limit set for battery state – Float/Charge/Discharge/IdleNotification of change of string stateAlarms for internal system diagnostics

In the Control RoomAlarm & data options for data center integration:Ethernet to PowerShield Link software Allows review at all levels – control room, facility managers,

service providers, equipment suppliers. Both life trend and discharge event data presented Battery data stays under your control & ownership

ModbusRTU/TCP or SNMP to local building management system Integrate with existing facility systems Allows implementation of multiple alarm sets

Dry contacts for additional alarm outputs or actionsDedicated serial port for local service & diagnostics

High visibility & ownership of your battery assets.

Accessing Your Battery Data

PowerShield Link Software

New Dashboard screen for Link – see all the batteries in your facility at a single screen.

Fast overview

Onscreen alarm pop-upsSingle click for site reportSimple colour coded buttons

Drill down to battery specific detail & alarms

Multi-seat, multi-user

PowerShield Link Software

Permanent connection to multiple sites – unlimited total number of batteriesReal time battery status, including discharge

Remote access via LANAlarm & activity logEmail alarm alerts

Battery database for life trendingGraphing & analysis toolsAutomated data management

Battery management is more than just waiting for alarms

PowerShield Link Software

Comprehensive user report set Preformatted PDF or Raw CSV data

Facility summaryDischarge – individual events in detail,

activity summaryTrending – Impedance change, end-of-life,charge voltage, temperature

Alarm history, fault tracking, service log Warranty claim support documentation Reports suitable for management & service teams

Independent remote Reporting Service available

PowerShield Users

Equinix – Hong Kong, Singapore, Australia, New Zealand

HP – Austin TX, Australia

IBM – Australia, New Zealand, UK, South Africa, FranceBank of America – UK, Hong Kong, Singapore, AustraliaMicrosoft - Ireland

Huawei - ChinaBloomberg - globalBarclays Bank – UK

"PowerShield gives us the confidence to get on with running our business with the peace of mind that, should there be a power outage, our backup battery is in A1 condition." - Television New Zealand

PowerShield Limited

Developing battery monitoring solutions since 1996

In-house hardware & software teams

Strong R&D team with continuous product development and battery research

Independent of battery & UPS suppliers

CTO is working group member of the IEEE Stationary Battery Committee. Current Vice Chair of IEEE 1491 Guide for Selection and Use of Battery Monitoring Equipment in Stationary Applications.

PowerShield Limited

Global reach, local focus

PowerShield technical & reseller support in territory – USA, Singapore, UK

Stock holdings – USA, Singapore, UK

Factory trained installation partners globally

support@ - direct access to factory support if required

Notes: What We Measure & Why

Individual block voltage – ensure correct charge and performance under loadIndividual block impedance – impedance change gives a solid life trend and end of life assessment.

Ambient temperature at the cabinet/rack – high temperatures kill batteries. A 10°C increase gives a 50% decrease in life expectancyString current – allows detection of unbalanced strings, and provides rapid understanding of battery activityString voltage – confirmation of UPS operation & compliance with battery specification

Individual block temperature [optional] – better knowledge of temperature gradients in cabinets; pre-empt thermal runaway

Looking After Your Batteries

A 10°C increase gives a 50% decrease in life expectancy

Looking After Your Batteries

Incorrect float voltage significantly affects life expectancy