Why Choose this Training Course

As electric vehicles expand across passenger transport, commercial fleets, buses and emerging marine applications, power systems are facing a new wave of demand growth, peak load pressure and network planning challenges. This course examines how transport electrification is reshaping electricity demand, grid operations and infrastructure investment decisions.

Participants will gain a practical understanding of EV adoption trends, charging demand patterns, policy drivers, tariff design and the wider system implications for utilities, regulators, grid planners and energy market participants. The EV charging infrastructure and grid training also explores how smart charging, time-of-use pricing, demand response and coordinated planning can help avoid congestion while supporting decarbonisation goals.

We are also a proud member of the Energy Institute of UK.

Who Should Attend

This EV charging infrastructure and grid course is designed for professionals involved in power systems, transport electrification, energy markets and infrastructure planning, including:

Power & Utilities

• Grid planners and system operators
• Transmission and distribution engineers
• Network planning and asset management teams
• Utility strategy and innovation departments

Energy Market & Retail

• Electricity retailers and tariff design specialists
• Energy traders and market analysts
• Demand response and smart grid specialists

EV & Charging Infrastructure

• EV charging infrastructure developers
• Fleet electrification planners
• Mobility and transport electrification project managers

Government & Regulators

• Energy regulators and policymakers
• Transport and mobility authorities
• National energy transition taskforces

Energy & Infrastructure Industry

• Renewable energy developers
• Battery storage and smart grid companies
• Infrastructure investors and consultants

Typical Organisations That Benefit
Power utilities, grid operators, energy regulators, EV infrastructure companies, renewable developers, transport agencies, consulting firms and infrastructure investors involved in the electrification of transport.

Key Learning Objectives

• Assess how transport electrification is developing across cars, buses, trucks and other segments, and what this means for power systems.
• Quantify the impact of EV growth on annual electricity demand, peak load and local network constraints.
• Understand how charging behaviour, tariff structures and retail design influence grid stress and system efficiency.
• Evaluate the role of policy, infrastructure planning and market signals in accelerating EV adoption without undermining grid reliability.
• Identify practical strategies to manage congestion, optimise charging demand and support a resilient low-carbon transport transition.

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