Steve Abbott — Operations Director
With over three decades of hands-on experience in the electrical contracting industry, Steve Abbott brings deep technical expertise and strategic leadership to his role as IT & Operations Director at TriEnergi Ltd. His career spans senior positions at respected organisations including Amey, Bouygues, JSM, TriConnex, eSmart Networks, Equans, and others — each contributing to his reputation for delivering complex infrastructure projects with precision, innovation, and operational excellence.
At TriEnergi, Steve leads the company’s IT and operational backbone, ensuring seamless integration across systems, teams, and technologies. He also spearheads the company’s green energy and renewables segment, driving initiatives in electric vehicle infrastructure, solar PV, wind generation, battery storage, and sustainable external lighting solutions.
Steve’s passion for future-ready energy systems is matched by his commitment to scalable, ethical, and cost-effective delivery. His leadership continues to position TriEnergi as a trusted partner in the UK’s transition to smarter, cleaner energy.
35
Years ofExperience
Specialties & Interests
Steve’s interests reflect a forward-thinking approach to energy and infrastructure — from renewables and EV charging to external lighting and systems integration. Steve’s work is driven by a commitment to ethical sourcing, low-carbon innovation, and operational excellence that supports TriEnergi’s mission to power a cleaner, smarter future.
At TriEnergi, he drives system integration and project delivery while leading the company’s renewables segment — from EV infrastructure and solar PV to battery storage and sustainable lighting. His focus is on scalable, ethical solutions that support the UK’s low-carbon transition.
- IT & operations leadership
- Electrical contracting & infrastructure delivery
- Renewable energy (EV, solar PV, wind, battery storage)
- Sustainable external lighting solutions
- Strategic project management & systems integration
- Driving the low‑carbon energy transition


