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DCW March 2020
Presented by Rob Taylor
Stand D225
Critical Power at the Edge – Don’t get Stuck in the Middle..
How did we
get here?
Agenda
• Introduction
• What does edge data processing provide, and why?
• What edge data processing actually is
• Challenges in edge data centres & UPS implications
• How to overcome these challenges
• Non-product requirements
• Summary
2
Speaker – Rob Taylor
• UK Hardware Sales Director for Kohler
Uninterruptible Power.
• 21 years experience of the Power Protection
industry having worked in a number of sales,
and sales leadership positions, within
Chloride, Emerson and Vertiv.
• Honours degree in Mechanical Engineering
from the University of Manchester
3
KUP – Company Overview
4
Critical Power
Protection Solutions
• 10kVA to 4.4MVA
• Choice of engine manufacturers
1997
Uninterruptible Power
Supplies Ltd (UPSL) founded
1999
First 3ph transformerless
UPS in UK&I
2001
First 3ph transformerless
modular UPS
in UK&I
2008UPSL acquired by
Kohler Power Group
2010UPSL Sales & Service
operations in Singapore
2019
UPSL renames to become Kohler Uninterruptible Power
Service Excellence• Best in Class Customer Satisfaction*
• Over 4000 Service Contracts
• Nationwide 24/7 Service
• Maintenance & Response Contracts
• Remote Monitoring
• ISO9001, ISO14001, OHSAS18001
*Satmetrix customer survey
23Years of
Experience
c.100UK
Employees
6500+Installed
UPS Base
Top 25%Employee
Engagement
+90%First Time Fix
Rate
2017Kohler Co. acquires
Pure Power Systems, Ireland
• Single and Three Phase systems
• Transformerless UPS from 1kVA to 5 MVA
• BS EN 50171 Kitemarked emergency lighting
• Modular & Standalone
UPS & Emergency Lighting
Edge Data Processing – What does it provide?
• Fundamentally, edge data processing is about reducing the time delay, or latency,
in applications where it would be a problem.
• Driven by the possibilities, expectations and reliance upon Industry 4.0, Internet of
Things and 5G.
• Processing too complex or needing a dataset too big to be done locally, but too
time critical to be done in the traditional Cloud.
• This ranges from a slow movie download or delayed reaction time of an online
mobile video game, to an autonomous vehicle failing to avoid a collision.
5
Edge Data Processing – Example
6
What edge data processing actually is
• “…a self-functioning data center that holds localized IT deployments for cloud services, with compute, storage,
and analytics resources for application processing and data caching…. An edge data centre includes the
same power, cooling, connectivity, and security features that you find in a centralized data centre, but
on a smaller scale. Also, the IT deployments in an edge data centre will handle processing of applications,
data analytics, and data storage within the general vicinity of end users and devices that use those
applications and data.”*
7*ConnectorSupplier.com / Siemon Interconnect Solutions
Like a big data centre but smaller…
Challenges in edge data centres
• More exposed, distributed locations –
Environmental, connectivity, security and power continuity are key considerations
UPS selection is more critical than ever - cannot divert processing if mains fails.
• Not staffed 24/7 and may be unmanned –
More focus on remote monitoring, diagnostics.
Enablement of support vendors to enter unsupervised and scheduled maintenance by a trusted
partner essential.
• Restrictions on size, power and heat dissipation / cooling –
Especially in containerised / modular formats
Favours UPS systems that are more compact and energy efficient (ie draw less power and emit less
heat).
• Uncertainty on load evolution –
5G / IoT / AEV take up curve limited by functionality, limited by infrastructure – how much
investment to make when? Build in expandability.
8
UPS Solutions for Edge Data Centres
• Uncertainty on load evolution –
Favours modular systems wired for full eventual load but
initially part populated.
• More exposed, distributed locations –
Use multiple battery strings and 2(N+1) configuration from
proven supplier for maximum availability.
• Not staffed 24/7 and may be unmanned –
Requires supplier with national coverage, fast response
time, local spares stock and dependable, well trained
service engineers.
• Restrictions on size, power and heat dissipation / cooling –
Look for compact high efficiency UPS systems but also
check efficiency at lower loads and accessibility for
servicing wear parts (such as caps / fans).
9
10
Dual Supply to IT Systems (Max design load 400kW)
Critical Building Services L
AHU, security / fire etc
Critical Building Services R
AHU, security / fire etc
PW 6000100kVA UPS 15 min. batt.
PW 6000100kVA UPS 15 min. batt.
Building Services L Non-critical loads
Building Services R Non-critical loads
IT Power Distribution Units IT Power Distribution Units
L3 Output Switchboard R3 Output Switchboard
L4 BS Switchboard R4 BS Switchboard
PW 9500DPA5 x 100kVA
UPS Modules 15 min. batt.
R1 Input SwitchboardL1 Input Switchboard
Loadbank Connection
Interconnector
LV Interconnector
Connection to L StringSwitchboard
Connection to R StringSwitchboard
Primary Supply
Backup Supply
Additional Supply
Typical System Layout
9500DPA9500DPA
PW 9500DPA5 x 100kVA
UPS Modules 15 min. batt.
2 x 800kVA GeneratorsLV Gen 1 Switchboard LV Gen 2 Switchboard
SubstationNorth
SubstationSouth
Non-Product Requirements
Knowledge of the right size of system –
avoid multi-MW or comms cupboard
mindsets
Experience in remote monitoring – either
directly or provided through BMS
Honest technical advice, for example on
modern VRLA vs Li-ion batteries
24/7 access to a real, knowledgeable
person
11
A nationwide network of specialist service
engineers, not subcontracted generalists
A commitment to ethical and sustainable
practices, even when you are not present
eg battery recycling etc
Commitment to share best practice and
knowledge eg certified CPD sessions
An ability to offer ideas and tailor a
solution, built on proven approach
THANK YOU
Critical Power at the Edge – Don’t get Stuck in the Middle..
For more information visit us at Stand D225