Elgin
Host Introduction
We are Elgin, a fully integrated, utility-scale solar+ storage platform driving the renewable energy transition through innovation and expertise. From project origination to development, construction, asset management to energy trading and optimisation, Elgin delivers end-to-end solutions across the energy value chain.
Since our founding in 2009, we have grown into an international business with a team of over 80 people working across our offices in Dublin, London, Sydney, Ulm, Rome and beyond. Our diverse, talented team represents more than 20 nationalities, unified by a shared purpose: to power the world towards a sustainable future.
With a 15GW+ pipeline spanning solar, co-located, and storage projects across the UK, Ireland, Germany, Italy and Australia, we are recognised as one of the most active developers in each of these markets. To date, Elgin has delivered over 1 GW of ready-to-build solar and storage projects, including the largest operational solar farms in Northern Ireland (Bann Road, 46MW) and Scotland (Errol, 13MW).
Our success is powered by strong partnerships. We collaborate closely with leading planning and grid experts to achieve energisation and are proud to hold a 98% success rate in securing planning permission, thanks to the commitment of our team and partners.
Guided by core values and driven by purpose, we aim to create lasting positive impact for future generations.
STInt Intern Role DescriptionÂ
The STInt intern based at Elgin should expect daily activities to include:
- Identifying new solar sites
- Conducting environmental constraints analysis
- Liaising with contractors and landowners
- Conducting project viability tests
- Preparing project feasibility packs
- Producing grid capacity identification.
The ideal STInt intern will have the following competencies:
- Curiosity about renewables
- Passionate about contributing toward a more sustainable future
- Experience with PowerPoint
- Experience with Excel
Disclaimer
Please be aware that intern roles and descriptions may be adjusted by the summer 2025.