IN Brief:
- Aura Power and Verdant Energy have combined around 1GW of operating and under-construction UK solar and battery assets.
- The enlarged company will operate under the Aura Power brand with backing from CVC DIF.
- A development pipeline of approximately 10GW gives the business a substantially larger route from development into long-term asset ownership.
Aura Power and Verdant Energy have merged to create a UK independent power producer with around 1GW of operating and under-construction solar and battery storage assets, alongside a development pipeline of approximately 10GW.
The combined business will operate under the Aura Power brand and remain backed by infrastructure investor CVC DIF. Aura Power founder and chief executive Simon Coulson will lead the company and retain a minority stake, bringing together Aura’s development and contracted portfolio with Verdant’s operating and construction-stage assets.
The merger pushes Aura further towards the independent power producer model it has been building over recent years. Since its formation in 2013, the company has taken more than 2.1GW of solar and battery projects to ready-to-build or commercialised stage in the UK and international markets, while six UK solar projects have now reached financial close.
Its first operational project under the newer model, Kemble Solar Farm, was energised earlier this year. Verdant has built a portfolio of approximately 660MW since its launch in 2022, comprising utility-scale solar and co-located battery projects across operating and construction stages.
Combining those portfolios changes the balance between project development and long-term ownership. A developer can create value by securing land, planning, grid connections, contracts, and finance before selling a project, whereas an IPP has to retain the engineering, operational, and market capability required after construction is completed.
That includes asset management, maintenance, performance monitoring, grid compliance, insurance, electricity trading, and the optimisation of battery revenues. The enlarged company will employ more than 75 people across development, construction, commercial, legal, and finance functions, reflecting the broader organisation required to manage both development risk and operational assets.
The transaction is being supported by additional financing. CVC DIF has secured funding from Eiffel Investment Group to support the merger, refinance existing junior facilities, and provide capital for future growth of the combined pipeline. CVC DIF’s investment is being made through DIF Infrastructure VII.
The financing structure is significant because renewable projects consume capital at very different stages. Early development requires expenditure on land, planning, engineering studies, and grid applications, while financial close and construction require much larger commitments to equipment, contractors, and project finance.
Operational assets can then provide a longer-term revenue base, although the value of that revenue depends on the project structure. Solar generation may be exposed to wholesale prices, contracted through power-purchase agreements, or supported by other arrangements, while batteries can participate in energy trading, balancing, ancillary services, and capacity markets depending on their configuration.
Co-locating batteries with solar also changes the way a project uses its grid connection. Solar production is concentrated around daylight hours and can peak when other photovoltaic assets are producing heavily. Storage can absorb part of that output and return it to the network later, allowing a connection to support a different delivery profile without increasing the solar array’s total generation.
The battery does not remove grid constraints, and the commercial advantage depends heavily on the project’s connection agreement. Charging and discharging limits, import rights, export capacity, inverter ratings, and network reinforcement can all determine how flexibly a co-located system can operate.
Those issues will be important across Aura Power’s approximately 10GW development pipeline. A pipeline figure is not equivalent to deliverable generation capacity: individual projects still have to secure viable connections, planning permission, land rights, finance, equipment, and construction resources before they become operating assets.
Grid access is particularly important in Britain, where connection dates and reinforcement requirements have become material development risks. Projects that appear technically mature can remain several years from energisation if the local or transmission network requires additional infrastructure before accepting the export.
The approximately 1GW already operating or under construction is therefore the more immediate measure of the merged platform’s scale. Reaching construction means substantially more development risk has been removed, although commissioning, grid compliance testing, and commercial operation still have to be completed successfully.
A larger portfolio can also spread those risks. Delays at one project need not stop investment across the wider business, while operational income and established financing relationships can support further construction. That makes portfolio depth more useful than simply accumulating a large number of early-stage sites.
The company intends to continue selective development of Aura Power’s European battery pipeline alongside its UK operations. Its immediate engineering workload, however, will centre on converting the existing UK construction portfolio into operating capacity and moving the strongest projects in the wider pipeline towards financial close.
The merger gives Aura Power considerably more scale, but the next meaningful measure will be delivery. Moving a 10GW pipeline through grid connection, procurement, construction, and commissioning is a different task from assembling it on a development schedule, and the proportion that reaches operation will ultimately determine the value of the combined platform.
