An Electric Hazard and Operability Study (E-HAZOP) is a critical process for uncovering potential hazards and operational issues in Battery Energy Storage Systems (BESS) and their related infrastructure. This method is vital for enhancing the safety and operability of energy assets by conducting a comprehensive analysis to identify and mitigate risks.
Congratulations to Quinbrook Infrastructure Partners on the Cleve Hill Solar Farm entering commercial operations. The 373 MW solar project in Kent has completed construction and is now fully operational, marking a significant advancement in the UK’s renewable energy capacity.
Sub-Synchronous Oscillation (SSO) is a power system phenomenon where oscillations in the electrical network occur at frequencies below the normal grid operating frequency, typically below 50 Hz in the UK. These oscillations arise from complex interactions between grid-connected assets and the wider power system. At Fichtner, we understand the technical and delivery challenges involved in completing SSO studies to NESO’s standards.
This year, we’re honouring INWED by featuring some defining career moments of three of our exceptional engineers: Lead Consultant, Áine Greene, Environmental Scientist, Alice M., and Consultant, Natalie Porter, each of whom is making a significant impact both in their fields and in the energy transition journey of the UK and Ireland.
The Fichtner team is thrilled to announce the successful completion of the Coast to Coast Charity Challenge! The team cycled an impressive 250 km across the UK, tackling a challenging 4,000 m of elevation gain, all within 24 hours.
We are pleased to share that our Principal Consultant, Rafal Wierzbicki, recently delivered an impressive presentation at the Global Offshore Wind 2025 conference. His session covered the critical topic of cybersecurity in the offshore wind sector.
Recently, the Fichtner team came together to celebrate our second annual Culture Day! This year’s theme, ‘Cultures in Conversation,’ set the stage for a day filled with vibrant activities and meaningful exchanges. It was an exciting day, showcasing the rich tapestry of cultures that make up our Fichtner community.
Carbon Capture is an innovative technology that involves capturing CO2 at its emission source, transporting it, and then permanently storing it. Having played a significant role in achieving a number of key milestones in the UK’s carbon capture sector, we are dedicated to leveraging our experience to assist our clients in effectively advancing carbon capture technologies.
The Energy from Waste conference in London united industry leaders, innovators, and policymakers to explore the latest advancements and challenges in waste management and energy recovery. Our Lead Consultant, Andrea Jordan, attended to share her expertise, presenting on carbon capture and storage (CCS) and advanced treatment technologies.
In our next technology insights session, we delve into the world of Solar PV with Jonathon Wright, Head of Renewables at Fichtner UK&I. In this interesting Q&A, Jonathan discusses the key factors for planning solar energy projects, optimising installations, and addressing grid integration challenges. Read on to find out more!
