• Analysis of both large and small scale generation projects and their connection to distribution and transmission systems.
• Load flow, fault analysis and dynamic simulations, all essential in assessing the interaction between generator and network.
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Renewable energy systems modelling

• Development of models for all forms of renewable energy currently being implemented in the UK and globally.
• These models enable accurate analytical assessment of renewable energy on networks, and utilisation by developers to measure the performance of the various network connections and control strategies employed.

Doubly Fed and Standard induction machine wind farm analysis

• Successful modelling of Doubly Fed Induction Generators (DFIGs), the latest wind farm generator technology.
• Full steady-state and dynamic models are now incorporated into IPSA software, fully developed and tested by the EEPS group at UMIST.
• The capability to model all types of Wind Generation including conventional induction generators, synchronous generators and voltage source converters.

Embedded generation modelling and analysis

• Large and small scale generation connection impact studies at distribution and transmission levels by experienced engineers.
• Modelling of all types of embedded generation for any level of power output, and assessment of the impact this generation has on the network.
• Accurate assessment of the effects of network operation on embedded generator output and operation.

Analysis of technical contractual arrangements and Grid code requirements

• Experience with utility regulatory bodies, particularly in the field of code and contractual compliance of generator connections.
• Analytical thinking and concise interpretation that may be required for connection codes and contractual arrangements which could impact on distributed generation projects.