Close Menu
The Battery MagazineThe Battery Magazine
  • Just In
  • Batteries
    • Battery Manufacturing (BESS)
    • Battery Materials & Chemistries
    • Battery Recycling
    • C&I Storage
  • Solar
  • Renewable energy
    • Wind Energy
    • Hydropower
    • Green Hydrogen
    • Bioenergy
  • Tenders
    • Energy Storage
    • Solar Energy
    • Wind Energy
  • Policy
    • Storage
    • Solar
    • Wind
    • EV
    • Transmission
  • EV
    • EV Batteries
    • EV Charging Infrastructure
    • Electric Mobility Trends
  • Grid
    • Transmission & Distribution
    • Grid Infrastructure
    • Power Generation
    • Power Equipments
  • Exclusive
    • Cover Story
    • Watt Matters
    • Perspective
    • Articles
  • More
    • E-Mag
    • Events
    • Contact Us
Facebook LinkedIn WhatsApp
The Battery MagazineThe Battery Magazine
  • Just In
  • Batteries
    • Battery Manufacturing (BESS)
    • Battery Materials & Chemistries
    • Battery Recycling
    • C&I Storage
  • Solar
  • Renewable energy
    • Wind Energy
    • Hydropower
    • Green Hydrogen
    • Bioenergy
  • Tenders
    • Energy Storage
    • Solar Energy
    • Wind Energy
  • Policy
    • Storage
    • Solar
    • Wind
    • EV
    • Transmission
  • EV
    • EV Batteries
    • EV Charging Infrastructure
    • Electric Mobility Trends
  • Grid
    • Transmission & Distribution
    • Grid Infrastructure
    • Power Generation
    • Power Equipments
  • Exclusive
    • Cover Story
    • Watt Matters
    • Perspective
    • Articles
  • More
    • E-Mag
    • Events
    • Contact Us
LinkedIn Facebook WhatsApp YouTube
The Battery MagazineThe Battery Magazine
Home » Batteries » Apatura secures planning consent for new 50MW BESS at East Kilbride
Batteries

Apatura secures planning consent for new 50MW BESS at East Kilbride

Shweta KumariBy Shweta KumariMay 1, 20253 Mins Read
Facebook Twitter LinkedIn WhatsApp
Apatura secures planning consent for new 50MW BESS at East Kilbride

Renewable energy storage specialist Apatura has received planning consent for a new grid-scale 50 MW / 100MWh battery energy storage system (BESS) near the town of East Kilbride in South Lanarkshire, Scotland.

The 5.5 acre site is the ninth BESS development that Apatura has secured planning permission for in the last 16 months bringing their portfolio to over 1.5GW. Apatura chose the location for its latest project primarily for its proximity to the East Kilbride Substation. When completed, the project will connect to this substation and collect, store and discharge renewably generated energy onto the grid as and when it is needed.

The proposed site is located half a mile outside East Kilbride on land 150 metres south-east of East Kilbride Substation on Cairnmuir Road. It will consist of 16 battery container units plus associated infrastructure – including transformers and a substation building.

The development will be screened from all directions with native planting and will be operational for a period of 40 years, after which time the land will be restored to its original condition. Importantly, the decision notice concluded that “there would be no significant long-term impacts on the environmental quality of the green belt,” and that the project would “make a contribution towards tackling climate change, mitigation and adaptation, and would be a positive response to the global climate emergency and nature crisis.”

The site was also recognised as delivering “a net economic gain and community benefits, including local employment and supply chain opportunities.”

Commenting on the news, Andrew Philpott, Chief Development Officer at Apatura, said, “Battery storage facilities like our planned development at East Kilbride underpin the ongoing expansion of the UK’s renewable energy generation capability. They make a significant contribution to enhancing UK grid security and grid stability and are integral to enabling our country to decarbonise its energy system and its economy and achieve its net zero targets.”

He went on, “Battery storage will also help to deliver stable energy prices, leading to reduced bills for households and businesses. It will contribute to greater energy security and independence for the UK in the future.”

“Construction of the project will also provide a significant boost to the local East Kilbride economy. It will directly create jobs with the construction, operational, and decommissioning phases of the project, and also indirectly in the supply chain and related services.

A BESS is an advanced technology system designed to store electrical energy during periods of high generation and low demand, which can then be exported back into the grid network during periods of high demand.

whatsapp icon Electrify your feed! Click here to join our Whatsapp group and to get the latest updates, expert insights, and innovations driving India’s energy storage revolution.
Apatura battery energy storage energy infrastructure Grid Stability net zero renewable energy
Shweta Kumari
  • Website
  • LinkedIn

Sub-editor by profession. Love for words and storytelling, where every word narrates a story. Shaping stories in a world powered by electrons—where lithium meets logic, and every spark tells a tale of innovation, sustainability, and our electrified future.

Keep Reading

As renewable energy continues to play a larger role in electricity systems, energy storage is becoming increasingly important to the global energy transition. Battery energy storage systems (BESS) and pumped-storage hydropower provide flexibility by storing electricity during periods of high generation and releasing it when demand rises. These technologies help integrate variable renewable power, strengthen grid stability and resilience, and improve overall energy security.

ENGIE Surpasses 10 GW Global Energy Storage Capacity Amid BESS Expansion in Europe

BW ESS Expands Spain Energy Storage Portfolio

BW ESS Expands Spain Energy Storage Portfolio with 126 MW BESS Acquisition

Sineng Electric Supports Eastern Europe’s Largest Operational BESS with Advanced PCS Technology

Sineng Electric Supports Eastern Europe’s Largest Operational BESS with Advanced PCS Technology

Comments are closed.

Renewable energy
As renewable energy continues to play a larger role in electricity systems, energy storage is becoming increasingly important to the global energy transition. Battery energy storage systems (BESS) and pumped-storage hydropower provide flexibility by storing electricity during periods of high generation and releasing it when demand rises. These technologies help integrate variable renewable power, strengthen grid stability and resilience, and improve overall energy security.

ENGIE Surpasses 10 GW Global Energy Storage Capacity Amid BESS Expansion in Europe

September 5, 2026
Sineng Electric Supports Eastern Europe’s Largest Operational BESS with Advanced PCS Technology

Sineng Electric Supports Eastern Europe’s Largest Operational BESS with Advanced PCS Technology

September 5, 2026
GREW Solar Secures Rs 430 Crore Repeat Order

GREW Solar Secures Rs430 Crore Repeat Order for High-Efficiency Solar Modules

September 5, 2026
India intends to Mandatory 2-hour battery storage

India intends to Mandatory 2-hour battery storage for new wind and solar installations

September 4, 2026
Batteries
BW ESS Expands Spain Energy Storage Portfolio

BW ESS Expands Spain Energy Storage Portfolio with 126 MW BESS Acquisition

September 5, 2026
JSW Energy Crosses 15 GW Capacity Milestone

JSW Energy Crosses 15 GW Capacity Milestone, Adds 1,572 MW in FY27

September 4, 2026
SPML Infra Marks BESS Milestone as Indigenous 104.4 kWh Battery Pack

SPML Infra Marks BESS Milestone as Indigenous 104.4 kWh Battery Pack Clears Global Tests

September 4, 2026
TCL Takes Its Energy Vision from Industry to Home

TCL Takes Its Energy Vision from Industry to Home at IFA 2026

September 4, 2026

Subscribe for Updates

Get the latest news about energy storage in your inbox.

    © 2026 Thebatterymagazine.com.
    • Home
    • About Us
    • Contact Us
    • Privacy Policy
    • Terms of Service

    Type above and press Enter to search. Press Esc to cancel.