What We Do
Unlocking flexibility and stability through advanced
energy storage.
As energy markets evolve, storage is playing a vital role in unlocking system flexibility, balancing supply and demand, and enabling deeper integration of renewable generation.
Our team brings deep expertise across the full lifecycle of storage assets from early feasibility through to delivery and long-term operation.
We are technology-agnostic, designing and deploying storage solutions that suit each project’s needs, whether battery-based or hybrid systems. Whether co-located with renewables or operating independently, our storage assets are engineered for both technical performance and commercial success.
Our services cover the full value chain: from site identification, grid connection, and planning approvals to EPC management, operations and maintenance, and long-term optimisation. The result is future-ready infrastructure that enhances grid resilience, diversifies revenue streams, and delivers lasting value.
We design solutions based on what works best for each site, grid context, and long-term performance goal.
We undertake extensive desktop research to assess grid capacity, land viability, and commercial strategy to determine the optimal configuration and siting for each storage project.
We manage end-to-end grid application and connection processes, including inside knowledge and understanding of DNO technical needs, workings and operation. We secure land rights with landowners and undertake the process of searches, design, local authority application and public consultations.
Our project managers oversee construction and integration, coordinating across EPCs and technology vendors, selecting the most suitable battery chemistries, and suppliers to ensure safe, on-time delivery of each project.
Post-commissioning, we support real-time monitoring, asset management, and performance optimisation – ensuring each system operates efficiently and within agreed parameters, as well as maximising revenue while preserving long-term asset life.
55.848 -4.327
Scotland, UK
Installation of a 40MW battery energy storage system (BESS) that will strengthen the local energy network, support the growth of clean power, lower carbon emissions, and deliver long-term benefits to the community through improved energy resilience and potential economic opportunities.
Scotland, UK
Installation of a grid battery energy storage facility which will help to support a higher reliance on renewable energy in the region ultimately contributing towards Scotland’s goals for net-zero.
52.758936, -1.601353
England, UK
Construction of a battery energy storage system (BESS) in Gresley, England would allow excess electricity from renewable energy to be stored and then released during peak demand or when intermittent generation is low, helping to stabilise the grid.
55.942176, -4.940065
England, UK
A battery energy storage system (BESS) aimed at capturing excess electricity produced during periods of low demand and release it back to the network when demand rises, helping to balance the grid and improve system efficiency. By enhancing grid stability, supporting renewable energy growth, and reducing reliance on fossil fuels, the project will contribute to a cleaner energy future while providing local economic opportunities and improved energy resilience for the region.
57.68744 -2.01844
Scotland, UK
A 40 MW battery energy storage system (BESS) aimed at storing surplus renewable energy and discharge it back to the grid when demand is high or generation is low, supporting a more reliable and flexible energy network.
44.1779° N, 26.3749° E
Romania, Europe
Installation of a 50 MW battery energy storage system which will bolster grid stability and facilitate the rapid integration of clean energy—supporting Romania’s 2030 goal of achieving approximately 38 % of gross final energy consumption from renewables and helping pave the way toward climate neutrality by 2045. This facility aligns with the nation’s ambitious energy storage targets of over 5 GW by 2026, playing a crucial role in Romania’s broader transition to a flexible, low-carbon electricity system.
46.7712° N, 23.6236° E
Romania, Europe
This 50 MW standalone battery energy storage system (BESS) is designed to provide critical flexibility services, balancing supply and demand and supporting grid stability. The facility aligns with Romania’s ambitious target of deploying over 5 GW of energy storage by 2026, playing a key role in the country’s transition to a more flexible, low-carbon electricity system.
Explore the latest insights, project milestones, company news and industry updates from our team at the forefront of the energy transition.
15.09.2025
24.06.2025
04.04.2025
08.11.2024
Contact
Whether you’re exploring opportunities to partner with us, a landowner with potential project space, or a candidate looking to join a mission-driven team—we’d love to hear from you.
