Course Overview

Domain
Engineering
Business, Communication and Design
Format
Short Course
Duration
5 days
Fee Subsidy
Up to 90% SF Funding
Professional Development Units

PDU (SCEM) – Pending approval
PDU (PEB) – Pending approval

Escalating energy costs and limited power availability in key data centre marketplaces have brought increasing pressure to meet sustainability legislation and reduce enterprises’ carbon footprints.

This 5-day course aims to equip learners with an in-depth understanding of sustainable and resilient data centres, including design, construction, and operation. The course will cover key sustainability principles, energy efficiency strategies, green building standards, and emerging cooling technologies. Learners will also learn how innovative power infrastructure and computing solutions can be used to improve the sustainability of data centres.

The course will explore resilience in data centres, with a focus on business continuity and minimising downtime. Learners will discover how resilient data centres are designed and operated to withstand various disruptions, such as power outages, natural disasters, and hardware failures, without compromising the availability of services.

Who Should Attend

Professionals working in the data centre industry, including:

  • Data centre managers
  • Facility managers
  • Engineers
  • Architects
  • Sustainability professionals

This course is also suitable for professionals seeking to enhance their knowledge and skills in sustainable data centres.

Prerequisites

Learners should have a basic understanding of design, construction, and operation principles of building energy systems. Professionals with a technical background in data centres will gain most from this course.

What You Will Learn

  • Understand key sustainability principles and how they apply to data centres
  • Design and construct sustainable data centres using best practices and emerging technologies
  • Evaluate and optimise the energy efficiency of data centres, including the calculation of performance metrics
  • Identify critical deficiencies and potential downtime risks
  • Conduct a data centre health check and maintain it for operational efficiency and resiliency
  • Implement green building standards and certifications for data centres
  • Address environmental challenges associated with data centre operation

Teaching Team

Er. Dr. Lock Kai Sang
Er. Dr. Lock Kai Sang

Professor, Engineering, Singapore Institute of Technology

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Lee Poh Seng
Lee Poh Seng

Executive Director, Energy Studies Institute (ESI), NUS

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Derek William
Derek William

Principal, De Vie Works

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Wong Tew Kiat
Wong Tew Kiat

Managing Director and Founder, Organisation Resilience Management Pte Ltd and Chairman, Data Centre Chapter of the Singapore Computer Society

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JIN Guang Yu
Jin Guang Yu

Senior Manager, Green Mark Department Building and Construction Authority

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Li Xiaorong
Li Xiaorong

Assistant Professor, Infocomm Technology, Singapore Institute of Technology

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Zhang Wei
Zhang Wei

Associate Professor / Prog Leader, Infocomm Technology, Singapore Institute of Technology

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Schedule

Course Run Dates Time
September 2024 Run 

16 – 20 September 2024

9:00 am – 6:00 pm

 

    Session Topic

    Morning session

    Introduction to Sustainable and Resilient Data Centres

    • Defining sustainability in the context of data centres
    • Environmental impact assessment
    • Key concepts in data centre resilience
    • Uptime operation of data centres
    • Identifying potential threats and risks for resilient operation
    • Learning from data centre outage analysis

    Standards and Guidelines

    • Green data centre standards
    • Requirements of SS 564: Sustainable data centres
    • BCA-IDA Green Mark for data centres
    • Data centre rating system
    • Data centre tiering system
    • Environmental benchmarking
    • Singapore green data centre policies and incentives
    • Investment allowance scheme

    Afternoon session

     

    Energy Optimisation of IT Equipment

    • Energy flow in a computer system
    • Changes in data centre environments (ASHRAE TC9.9)
    • Ecodesign requirements for servers and data storage products (Directive 2009/125/EC)
    • Efficiency of IT equipment
    • System instrumentation for power management
    • Hardware aspect of power management
    • Software aspect of power management
    • Consolidation and virtualisation: Server virtualisation, storage virtualisation, client virtualisation
    • Selection and deployment of new IT equipment for energy efficiency and decarbonisation
    • Deployment of new IT services
    • Management of existing IT equipment and services
    • Data transmission network provision
    • Data management

    Case Study – Energy Optimisation of IT Equipment

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    Session Topic

    Morning session

    Energy Sustainability

    • Energy use in data centres
    • Data centre energy usage in Singapore
    • Energy breakdown in data centres
    • Mechanical PUE
    • Electrical PUE
    • Water resources
    • Energy efficient lighting systems

    Power Infrastructure 1

    • Requirements for powering
    • Power reliability and availability
    • The tier classification of power infrastructure
    • Electrical power distribution and major power equipment
    • Uninterruptible power supply
    • UPS topology for efficient power distribution
    • Designing power infrastructure for resilience, meeting demand response data centre power equipment
    • EMC, power quality and power factor improvement

    Afternoon session

     

    Power Infrastructure 2

    • Right sizing data centre power equipment
    • Management of existing power equipment
    • Selection and deployment of new power equipment
    • Barycentre method for location of power equipment
    • Onsite electrical generation
    • Deployment of renewable energy sources, microgrids and energy storage
    • Hydrogen for data centres
    • DC power architecture
    • Energy efficiency optimisation

    Case study – Powering Infrastructure

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    Session Topic

    Morning session

    Facility Design

    • Site selection and building criteria
    • Building design criteria
    • Planning site and space
    • Building physical layout
    • Building geographical location
    • Data centre retrofit/upgrading
    • M&E, ITC facilities

    Cooling

    • Heat transfer mechanism in data centre environment
    • Thermal management strategies for high-density server deployments
    • Hybrid cooling approaches for maximum efficiency
    • Equipment manufacturers’ heat load computation
    • Cooling management
    • Temperature and humidity settings
    • Free cooling/economized cooling
    • Computer room air conditioners
    • Best practices for reducing energy consumption in cooling systems

    Afternoon session

     

    Air Management

    • Basic airflow principles
    • Airflow management and design
    • Impact of equipment placement, rack layout and server configurations on airflow
    • Computational fluid dynamics modelling
    • Computer room air handlers

    Thermal Guidelines for Data Processing Environments

    • Environmental guidelines for air-cooled equipment
    • New environmental guidelines for high-density air-cooled equipment
    • ASHRAE thermal guideline classes for IT equipment
    • Environmental guidelines for liquid-cooled equipment
    • Increasing use of economisation in IT equipment spaces
    • Rising exhaust temperature of IT equipment
    • Air temperature trends in IT support equipment spaces
    • Thermal transients and excursions in IT equipment spaces

    Case Study – Cooling Infrastructure

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    Session Topic

    Morning session

    Technical Visit to NUS Sustainable Tropical Data Centre Testbed

    • Advanced cooling solutions
    • Direct liquid cooling
    • Liquid-cooled server rack
    • High efficiency cooling plant
    • Reuse of data centre waste heat

    Afternoon session

     

    Risk Assessment, Sustainable & Resilient Operation & Maintenance

    • Risk assessment
    • Data centre health check and maintenance
    • Discussion on risk management and mitigation plan
    • Case studies of identified risks and outages
    • Disaster recovery
    • Next generation data centre

    Day 4 Case studies

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    Session Topic

    Morning session

    Monitoring, Measurement, Analysis, and Evaluation of Data Centre Sustainability Performance

    • Energy use and environmental measurement, collection, logging and reporting
    • Data centre sustainability indicators and baseline
    • Sustainability targets and planning to achieve them
    • Energy/sustainability audit and performance evaluation
    • Regular preventive maintenance
    • Life cycle management
    • Master list of energy efficiency/sustainability actions
    • Energy strategy
    • Best practices applied to a sustainable data centre
    • Calculation of performance metrics with case study authentic data

    Afternoon session

     

    Future Trends & Class Assessment

    • Future trends of data centres
    • AI data centres
    • Cybersecurity issues
    • Balancing sustainability and resilience
    • Rounding up

    Class Assessment

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    Certificate and Assessment

    A Certificate of Participation will be issued to participants who:

    • Attend at least 75% of the course
    • Undertake and pass non-credit bearing assessment during the course
    Assessment Plan

    The assessment will be based on:

    • Learner's engagement, participation, and successful completion of a case study in calculating the performance metrics of a data centre
    • An individual quiz

    Fee Structure

    The full fee for this course is S$5,450.00.

    Category After SF Funding
    Singapore Citizen (Below 40) S$1,635.00
    Singapore Citizen (40 & Above) S$635.00
    Singapore PR / LTVP+ Holder S$1,635.00
    Non-Singapore Citizen S$5,450.00 (No Funding)


    Note: All fees above include GST. GST applies to individuals and Singapore-registered companies.

    Course Runs

    September 2024
    calendar-day
    16 Sep 2024 - 20 Sep 2024
    clock-five
    5 days
    delivery-mode
    In-person
    map-marker
    SIT@Dover, 10 Dover Drive S138683
    dollar-sign
    SGD $5,450.00
    Up to 90% SF Funding
    Apply By:
    25 Aug 2024 23:59