6 November 2024
Gresham House Energy Storage
Fund PLC
("GRID" or the
"Company")
Operational capacity reaches
845MW / 1,207MWh and tolling update
Gresham House Energy Storage Fund
plc (LSE: GRID), the UK's largest fund investing in utility-scale
battery energy storage systems (BESS), is
pleased to announce the energisation of one new project and the
energisation of battery duration augmentations on two existing
projects adding 55MW and 176MWh of capacity to the operational
portfolio. These projects are:
- Elland, a
50MW / 100MWh new project near Leeds, was energised on 1
November.
- Penwortham
B, an augmentation to the original Penwortham site, was energised
on 30 October, resulting in the project duration increasing to two
hours (50MW / 100MWh)
- Nevendon B
was energised on 23 October. The augmentation has increased the
capacity of the site from 10MW / 7MWh to 15MW / 33MWh.
This increases the operational
capacity of the portfolio to 845MW / 1,207MWh from 790MW / 931MWh
at 30 June.
In terms of tolling, the Company is
also pleased to report that, of the 568MW announced as being
contracted into tolling agreements with Octopus Energy, 260MW are
now onboarded. Further capacity is expected to enter the agreement
shortly, linked largely to operational timings on the remaining
portfolio in construction.
Further updates will be provided as
projects are commissioned and/or are onboarded into
tolling.
Ben
Guest, Fund Manager of Gresham House Energy Storage Fund plc &
Managing Director of Gresham House New Energy,
said:
"These updates will have a positive
impact on revenues as more capacity translates into proportionately
more revenues while tolling contracts have been struck at levels
that remain above current merchant levels, increasing revenue per
MW. Five of the seven augmentation projects planned for the year
have now been completed, demonstrating the ability these projects
have in rapidly bringing new capacity online."
Capital Markets
Day
Fund Manager, Ben Guest will set out
the framework for the Company's three-year plan through 2027,
including indicative targets for MW and MWh capacity, revenues, and
EBITDA at the Capital Markets Day on Wednesday 27 November,
2.00-4.00pm (GMT). Please register to
attend here.
For
further information, please contact:
Gresham House New Energy
Ben Guest
James Bustin
|
+44 (0)20 3837 6270
|
Jefferies International Limited
Stuart Klein
Gaudi Le Roux
Harry Randall
|
+44 (0)20 7029 8000
|
KL
Communications
Charles Gorman
Charlotte Francis
Effie Aye-Maung-Hider
|
gh@kl-communications.com
+44 (0)20 3882 6644
|
JTC
(UK) Limited as Company Secretary
Christopher Gibbons
|
GHEnergyStorageCoSec@jtcgroup.com
+44 (0)20 7409 0181
|
About the Company and the Manager:
Gresham House Energy Storage Fund
plc seeks to provide investors with an attractive and sustainable
dividend over the long term by investing in a diversified portfolio
of utility-scale battery energy storage systems (known as BESS)
located in Great Britain and internationally. In addition, the
Company seeks to provide investors with the prospect of capital
growth through the re-investment of net cash generated in excess of
the target dividend in accordance with the Company's investment
policy.
The Company targets an unlevered Net
Asset Value total return of 8% per annum and a levered Net Asset
Value total return of 15% per annum, in each case calculated net of
the Company's costs and expenses.
Gresham House Asset Management is
the FCA authorised operating business of Gresham House Ltd, a
specialist alternative asset manager. Gresham House is committed to
operating responsibly and sustainably, taking the long view in
delivering sustainable investment solutions.
http://www.greshamhouse.com/
Definition of utility-scale battery energy storage systems
(BESS)
Utility-scale battery energy storage
systems (BESS) are the enabling infrastructure that will support
the continued growth of renewable energy sources such as wind and
solar, essential to the UK's stated target to reduce carbon
emissions. They store excess energy generated by renewable energy
sources and then release that stored energy back into the grid
during peak hours when there is increased demand.