Next Course Date: 13 - 14 September 2021

14 SCEM PDU

Time: 9am - 5pm

Venue: Singapore Sustainability Academy

180 Kitchener Road, Sky Park, Level 6, City Square Mall Singapore 208539

Contact: +65 - 6338 8578 Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

Energy expenditures account for the vast majority of the operating costs during a data centre lifetime, and this fact is becoming critical in order to ensure business profitability.

This 2-day green data centre design course will equip participants with in-depth knowledge of SS564 and Green Mark for New and Existing Data Centre.

The 2-day course will also include design best practices and case studies to empower participants with knowledge and ideas  to green their data centres

• Data Centre (DC) Overview and Trends
• SS564
• Green Mark for DC Overview
• GM for New DC
• GM for Existing DC
• DC Air Conditioning System Design
• DC Electrical System Design
• DC Operations
• DC Performance Monitoring

At the end of the course, the participants will be able to:

• Understand Green data centre standards such as Green Mark for new and existing data centres
  
• Apply the best practices in chiller plant, computer room air-conditioning, lighting and uninterruptible power system design
  
• Optimise, monitor and maintain the data centres at peak energy efficiency

• Energy Managers
  
• Facility Managers
  
• Engineers

Rates (inclusive of GST)

Mr Steven Kang has been involved in the design of hyper-efficient HVAC system for Platinum rated Green Buildings and has been invited to sit in the advisory committee of Platinum rated green buildings. He spoke at various forums on HVAC designs, energy optimisation and green buildings. He has been appointed to assess the design of new data centres as well as audit and improve the energy efficiency of existing data centres.

Privacy Policy

By submitting this form, I agree that the Sustainable Energy Association of Singapore (SEAS), ('organiser') may collect, use and disclose your personal data, as provided in this registration form, for the following purposes:

1.  Processing registrations for the event;

2.  Administration of the event; and

3.  Communication of event information via email, phone, and other relevant modes of communication.

By attending this session, I consent to be photographed and/or videographed by the organiser and its appointed videographer / photographers. Recordings and photographs may be used by SEAS for archival, publicity and communications purposes.

Next Course Date: 8 - 10 March 2021

Time: 9am - 6pm

Venue: 180 Kitchener Road, #06-10 City Square Mall Singapore 208539; Singapore Sustainability Academy

Contact: +65 - 6338 8578

Email: This email address is being protected from spambots. You need JavaScript enabled to view it.

The continued quest for higher thermal efficiencies has resulted in innovative modifications to conventional power plants. These used to function on either a pure gas or vapour power cycle and individually produced power. The large quantity of heat generated is dumped into the atmosphere or large water bodies which act as heat sinks.

In Singapore, more than 80% of the power generated is from natural gas-fired combined cycle power plants due to their proven superior thermal efficiency and relatively cleaner fuel.

This module is tailored in the backdrop of the above and aims to provide comprehensive fundamentals of Combined Heat and Power Plants targeted at industrial professionals operating under Singapore regulatory requirements.

Participants will be equipped with the understanding of:

1. CHP Basics
   
2. Thermal Concepts of CHP
   
3. Gas Power Cycle (Brayton Cycle)
   
4. Vapour Power Cycles
   
5. Power Equipment and Systems
   
6. Cogeneration systems
   
7. The Feasibility Study and Regulatory Issues
   
8. Industrial Site Visit (Trigeneration Plant)
   

• Energy Managers
  
• Management Representatives
  
• Facilities/Energy Managers, Executives and Supervisors

Dr. Jahangeer K. Abdul Halim graduated with a Master of Science (M.Sc.) in Mechanical Engineering from National University of Singapore in 1998. He was awarded a Research Scholarship by the National University of Singapore (NUS) in 1999 to undertake a
research project on solar energy and was awarded a Master of Engineering (M.Eng.) degree in 2002.

Reference Materials