Siddharth has joined Blake Clough as a Power Systems Consultant. At Blake Clough, Siddharth has worked on projects that support developers with their renewable energy connections. These include drafting G99 Applications, performing Due Diligence on Connection Offers, and carrying out site feasibility assessments. Siddharth has experience working with both Distribution as well as Transmission Connection Offers, and he has also worked on Statement of Works Offers and Technical Limits Variation Offers, helping clients determine the most commercially viable option for their project. Recently, Siddharth has provided developers with valuable advise regarding the Connections Reform process outlined by NESO, including the potential impact on their connection date and associated commercial risk.
Separately, Siddharth has applied his quantitative data analysis skills towards performing Curtailment analysis and helping developers estimate revenue losses due to flexible connection offers, technical limits schemes, and outages on the distribution and transmission circuits. Siddharth has helped develop Python tools that assist in obtaining reliable data for these assessments, and enjoys developing solutions that improve the rigour and speed of the analysis.
Siddharth holds a first-class MEng (Hons) in Materials with Nuclear Engineering from Imperial College London. Throughout his time at university, Siddharth has completed several projects relating to the energy sector. His Master’s thesis explored the use of different machine-learning models to simulate the performance of coolants for fusion reactors, aiding in faster computational evaluations. His work is soon to be published, in collaboration with the UK Atomic Energy Agency (UKAEA). Additionally, he was selected for a competitive summer research-exchange program with Massachusetts Institute of Technology (MIT), where he explored the effects of radiation damage on metals in nuclear reactors. The program was funded by the prestigious Turing Scheme, and provided him an opportunity to broaden his data-analysis skillset by applying computational data-processing methods towards complex radiation-physics applications.
He was also a part of the Energy Systems team of Imperial’s Energy Society, working on a project to model cogeneration synergies between wind and solar energy. His team’s work was well-received by one of Europe’s leading renewable energy developers. Separately, he participated in Engineers Without Border’s Reshaping Engineering Challenge 2023, for which his team won the People’s Prize Award amongst over 30 other teams from the UK.
