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Misslebrooks

NORTH BADDESLEY, HAMPSHIRE Misslebrooks Battery Storage Located on land in North Baddesley, Hampshire. This project covers 4.9 acres, capable of storing 114 megawatt-hours of low-carbon energy. It is designed to discharge power over a 2-hour period each day, with an operational lifespan of 40 years.

This project was granted planning approval on the 26th of September 2024.

Construction is expected to take around 12 months. Local highway restrictions will be followed, and a construction traffic management plan will be agreed with the local highway authority to ensure the plans are appropriate.
Details

Overview.

  • 114 megawatt-hours of BESS

  • Project spans 4.9 acres

  • 40-year project lifespan

  • Expected construction period of 12 months

  • Fully reversible development

  • Additional trees & hedgerows planted

  • Significant Biodiversity Net Gain (BNG)

  • Community benefit fund for local causes

  • Contributing to the UK's Net Zero target

Timeline.

  1. Development
  2. Community Engagement
  3. Planning Submission
  4. Planning DecisionApproved: 24/09/2024
  5. Initial Work
  6. Construction
  7. Operation

Illustration: For visual reference only.

Castle Lane, North Baddesley, Southampton SO52 9LY, UK

close
Location Why this location? HARVESTING ENERGY IN BALANCE WITH NATURE. Tackling climate change requires urgent action, and the UK must support the growth of new sectors. Transitioning to low-cost, low-carbon electricity from renewable sources is vital to the UK’s climate strategy and must be achieved quickly.

This site has been selected after a detailed feasibility process, considering several key factors, including: grid capacity, topography, land availability, residential amenity, environmental designations, heritage assets, ecology & biodiversity, flood risk, agricultural land quality and landscape character.

We understand that fire safety is a critical concern for communities near Battery Energy Storage Systems (BESS). We want to reassure you that we are fully committed to implementing the highest safety standards to protect the community, environment, and our personnel.

A robust, safety-first approach is taken to all BESS design at BOOM Power. We apply the most up-to-date regulations and guidance on BESS safety and supplement this with the support of leading technology suppliers, under the supervision of independent industry experts and in liaison with local fire services.
Link to planning application keyboard_arrow_right
Design Key Design Aspects The BESS will store excess energy during low demand and release it during peak demand, replacing fossil fuel-powered plants with a cleaner solution. We prioritise fire safety, working with experts and fire services to ensure comprehensive protection.

The visual impact of the BESS will be minimised through careful siting, preserving public rights of way, trees and hedgerows, with additional screening to maintain the rural aesthetic. Over time, the site will become a wildlife haven, designed by a landscape architect to integrate seamlessly with the countryside.
Did you know? The complete battery system is highly advanced, using cutting-edge technology. However, when broken down, the individual lithium-ion battery cells are surprisingly similar to those found in common products like battery drills, battery-powered vacuums, and even electric cars. The key difference is that, in the system, thousands of these cells are grouped and carefully managed together. The batteries are housed in a container, and there will also be associated electrical infrastructure on-site to support the safe and secure operation of the batteries.
Objective Supporting Local and National Climate Goals with Sustainable Development Empowering your future. This scheme supports the Council’s goal of achieving zero carbon emissions by 2030 and a carbon-neutral area by 2050, contributing to both local and national climate targets. It plays a key role in the UK’s transition to a sustainable, clean future.

As a temporary, reversible development, the site will be restored to its original condition after 40 years, retaining its greenfield status and preventing alternative development without a new planning application.

We are committed to sustainability and work with licensed specialists to recycle all components of the solar farm. Through this project, we’re providing clean energy while enhancing local biodiversity, protecting habitats, and promoting long-term environmental health. We’re proud to contribute to the solution for the climate crisis and a more sustainable future for the UK.
Efficiency Additional planting will significantly boost biodiversity, creating a richer, more diverse ecosystem that supports a wide range of wildlife. Contact Fueling Tomorrow with BOOM Power. Contact Return

NORTH BADDESLEY, HAMPSHIRE Misslebrooks Battery Storage Located on land in North Baddesley, Hampshire. This project covers 4.9 acres, capable of storing 114 megawatt-hours of low-carbon energy. It is designed to discharge power over a 2-hour period each day, with an operational lifespan of 40 years.

This project was granted planning approval on the 26th of September 2024.

Construction is expected to take around 12 months. Local highway restrictions will be followed, and a construction traffic management plan will be agreed with the local highway authority to ensure the plans are appropriate.
Details

Timeline.

  1. Selection
  2. Development
  3. Community Engagement
  4. Planning Submission
  5. Planning Decision
  6. Construction
  7. Operation

Overview.

  • 114 megawatt-hours of BESS

  • Project spans 4.9 acres

  • 40-year project lifespan

  • Expected construction period of 12 months

  • Fully reversible development

  • Additional trees & hedgerows planted

  • Significant Biodiversity Net Gain (BNG)

  • Community benefit fund for local causes

  • Contributing to the UK's Net Zero target

Illustration: For visual reference only.

close
Location Why this location? HARVESTING ENERGY IN BALANCE WITH NATURE. Tackling climate change requires urgent action, and the UK must support the growth of new sectors. Transitioning to low-cost, low-carbon electricity from renewable sources is vital to the UK’s climate strategy and must be achieved quickly.

This site has been selected after a detailed feasibility process, considering several key factors, including: grid capacity, topography, land availability, residential amenity, environmental designations, heritage assets, ecology & biodiversity, flood risk, agricultural land quality and landscape character.

We understand that fire safety is a critical concern for communities near Battery Energy Storage Systems (BESS). We want to reassure you that we are fully committed to implementing the highest safety standards to protect the community, environment, and our personnel.

A robust, safety-first approach is taken to all BESS design at BOOM Power. We apply the most up-to-date regulations and guidance on BESS safety and supplement this with the support of leading technology suppliers, under the supervision of independent industry experts and in liaison with local fire services.
Link to Planning Application keyboard_arrow_right
Design Key Design Aspects The BESS will store excess energy during low demand and release it during peak demand, replacing fossil fuel-powered plants with a cleaner solution. We prioritise fire safety, working with experts and fire services to ensure comprehensive protection.

The visual impact of the BESS will be minimised through careful siting, preserving public rights of way, trees and hedgerows, with additional screening to maintain the rural aesthetic. Over time, the site will become a wildlife haven, designed by a landscape architect to integrate seamlessly with the countryside.
Did you know? The complete battery system is highly advanced, using cutting-edge technology. However, when broken down, the individual lithium-ion battery cells are surprisingly similar to those found in common products like battery drills, battery-powered vacuums, and even electric cars. The key difference is that, in the system, thousands of these cells are grouped and carefully managed together. The batteries are housed in a container, and there will also be associated electrical infrastructure on-site to support the safe and secure operation of the batteries.
Objective Supporting Local and National Climate Goals with Sustainable Development Empowering your future. This scheme supports the Council’s goal of achieving zero carbon emissions by 2030 and a carbon-neutral area by 2050, contributing to both local and national climate targets. It plays a key role in the UK’s transition to a sustainable, clean future.

As a temporary, reversible development, the site will be restored to its original condition after 40 years, retaining its greenfield status and preventing alternative development without a new planning application.

We are committed to sustainability and work with licensed specialists to recycle all components of the solar farm. Through this project, we’re providing clean energy while enhancing local biodiversity, protecting habitats, and promoting long-term environmental health. We’re proud to contribute to the solution for the climate crisis and a more sustainable future for the UK.
Efficiency Additional planting will significantly boost biodiversity, creating a richer, more diverse ecosystem that supports a wide range of wildlife. Contact Fueling Tomorrow with BOOM Power. Contact Return

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