EI online courses

Those on the EI's Register of Professional Energy Consultants (RPEC) are automatically approved to act as ESOS Lead Assessors on registration. Chartered Energy Managers are also eligible to apply to join the EI's ESOS Lead Assessor listing.

All Lead Assessors must successfully complete the ESOS online training course within 1 month of acceptance as an ESOS Lead Assessor.

About this course:

This short online course provides an overview of compressed air as a key topic in energy management. On this course you will learn about the importance of compressed air, the operation of an air compressor, the key components of an air distribution system, and ways to reduce running costs of a compressed air system.

About this course:

This short online course provides an overview of both the basic methods used for passive cooling and the main types of mechanical systems used for air-conditioning. It also explores the key operating principles of the most common refrigeration cycles and identifies opportunities for improving the efficiency of air-conditioning and refrigeration systems.

About this course:

This short online course provides an overview of steam and process heating in energy management. On this course, you will learn about the significance of process heating, the factors that influence the quality of steam, the different types of steam boilers and generators, the key components of a steam distribution system, and ways to reduce costs of a steam and process heating system.

About this course:

This short online course provides an overview of the purpose of measurement and verification (M&V), the key features and considerations of the M&V process, relevant statistical techniques, and how to specify an effective M&V plan for an energy saving project. The course will also review the key features of the International Performance Measurement and Verification Protocol (IPMVP).

About this course:

This short online course provides an overview of the principles of lighting from an energy management perspective. On this course, you will gain an understanding of the terminology around artificial lighting, the characteristics of lighting systems, and commonly used types of commercial light fittings. The course will also review what is required in evaluating and designing lighting systems, how lighting controls can be applied, and the maintenance aspects of lighting.

About this course:

This short online course provides an introduction to building management systems (BMS). On this course, you will gain an understanding of the role and typical components of a BMS, the fundamentals of control theory, data gathering systems, and how a BMS can be used to optimise building performance. You can also carry out a feasibility study into which type of BMS to install in your organisation.

About this course:

This short online course provides an overview of the opportunities and considerations associated with on-site electricity generation. It will review the components, sizing, financial considerations, and use of diesel generators, CHP generators, and solar photovoltaic systems. You will learn how to identify the types of site appropriate for wind turbines, the essentials of on-site electricity storage, and opportunities for improving efficiency of on-site electricity generation.

About this course:

This short online course provides an overview of the processes and procedures for ISO 50001. On this course, you will gain an introductory understanding of the key requirements of ISO 50001, and the continuous improvement cycle common in most international standards. The course will also review the benefits of integrating energy management into existing management systems such as ISO 90001 and ISO 14001.

About this course:

This short online course provides an overview of the relationship between energy and the environment. On this course, you will gain an understanding of the global carbon cycle and the greenhouse effect, the theory of man-made climate change and the global response, the energy mix and future low-carbon possibilities, the impact the energy trilemma may have on future energy investments, geopolitical energy security, risks of future low carbon scenarios on buildings and future mitigation actions.