Solar E-Bike Charger Installation – Isle of Arran

Solar E-Bike Charger Installation – Isle of Arran

by | May 14, 2026 | Case Study

[Case study]

Solar E-Bike Charger

Installation on the Isle of Arran

Proving Solar Viability in Remote Scotland – Best-Performing UK Site Supports Eco-Tourism

Background

The Isle of Arran, a scenic island off the west coast of Scotland, is a popular destination for eco-tourism and outdoor enthusiasts. In partnership with Falco, Solarcycle UK installed a solar e-bike charger at a local Community/Visitor Centre to provide convenient, sustainable charging for visitors and residents. The project supports the island’s commitment to green transport and helps reduce reliance on cars in this remote, environmentally sensitive location.

Challenge

A common question raised about solar-powered e-bike chargers in the UK is whether solar panels can capture enough sunlight, especially in Scotland, to deliver reliable, effective charging year-round. On a remote island like Arran, additional challenges included logistics, the absence of mains electricity at the chosen location, and the need for a solution that would perform optimally without ongoing grid connection or major site works.

Solution

Solarcycle UK’s dedicated installation team successfully delivered and commissioned the solar e-bike charger on the Isle of Arran, demonstrating that even the most remote locations in the country are well within reach. The system was installed in the most optimal orientation and position at the Visitor Centre. Every component of the Solarcycle solar e-bike charger was carefully selected as the best available on the market, combined with intelligent software controls that maximise energy harvesting and system efficiency. This optimised approach has made the installation the best-performing Solarcycle site in the UK to date.

Addressing Solar Performance in the UK

Solarcycle’s solar panels capture more than enough sunlight in the UK for the charger to be highly effective. At this Isle of Arran location, the panels have consistently generated surplus energy well beyond daily charging demand, proving that when installed optimally, the system is more than viable even in northern latitudes and variable weather conditions.

Key Safety & Technology Features

  • Premium, market-leading solar components paired with advanced software controls for maximum energy yield and efficiency.
  • Intelligent battery monitoring and automatic safety features (as standard across all Solarcycle units).
  • Fully off-grid operation with zero reliance on mains electricity.
    Rapid, low-impact installation by Solarcycle’s specialist national team.

Results & Benefits

  • Outstanding energy performance:
    The best-performing Solarcycle installation in the UK, with solar generation comfortably exceeding demand. 
  • Eco-tourism support:
    Provides convenient e-bike charging at the Community/Visitor Centre, encouraging low-carbon exploration of the island and aligning perfectly with local sustainability goals. 
  • Remote capability proven:
    Solarcycle’s dedicated installation team can deploy anywhere in the country, including remote Scottish islands, with minimal disruption. 
  • Zero infrastructure cost:
    No mains connection or groundworks required, making it the most practical and cost-effective solution for off-grid or heritage-sensitive sites. 
  • Long-term viability:
    The carefully selected components and smart software ensure reliable, high-output performance even in challenging UK conditions.

This Isle of Arran project stands as a flagship example that Solarcycle’s solar e-bike charging is not only viable but exceptionally effective across the entire UK when installed with the right expertise and optimisation.

Client Feedback
“Providing this facility on campus has helped us support staff in making the switch from car to e-bike. The Solarcycle all-in-one solution was so quick to install, compliant, and offered exactly what we needed at a competitive price.”

Solarcycle UK continues to partner with forward-thinking organisations and communities across the UK, from research campuses to remote islands, delivering safe, solar-powered e-bike charging that is practical, high-performing, and future-ready.

 

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Active Travel Aids Planning Consent at UK Research Campus

Active Travel Aids Planning Consent at UK Research Campus

by | May 13, 2026 | Case Study

[Case study]

Active Travel Aids Planning Consent

at UK Research Campus

Solarcycle Solar E-Bike Charger Enables Compliant, Low-Impact Installation

Background

A prominent UK research campus was committed to reducing car dependency among staff and promoting sustainable commuting. As part of its Active Travel policy, the organisation wanted to provide convenient, safe e-bike charging facilities to encourage employees to switch from cars to e-bikes. The initiative also aimed to free up existing car parking spaces without incurring high infrastructure costs or disrupting operations.

Challenge

The campus required a charging solution that could meet strict planning permission requirements while ensuring the highest levels of safety. Traditional mains-connected chargers would have necessitated costly groundworks, electrical connections, and potential planning hurdles. In addition, any solution needed to address e-bike fire risks associated with illegal, modified, damaged, or dangerous batteries, particularly important in a workplace environment.

Solution

Solarcycle UK installed its solar-powered e-bike charger onto the existing secure bike shelter, positioned 10 metres away from the nearest building. Solarcycle’s SMART charger, powered by its proprietary software, was custom programmed to operate in a mode fully compliant with the planning authority’s conditions.

This bespoke configuration, which was additionally charged for, enabled the project to proceed without any modification to the site or additional infrastructure. This Active Travel initiative directly supported the planning application by showcasing a safe, sustainable, and zero-mains infrastructure solution.

Solarcycle’s proprietary software enabled the charger to operate in a mode fully compliant with the planning authority’s conditions, allowing the project to proceed without modification to the site or additional infrastructure.

Key Safety & Technology Features

The Solarcycle solar e-bike charger is recognised as the safest on the market because it actively de-risks the entire charging process:

  • Continuous monitoring detects illegal, modified, dangerous, or damaged e-bike batteries.
  • If a fault is identified, the system automatically stops the charging process immediately.
  • Solarcycle’s software alerts management of any suspicious activity.
  • This intelligent safety layer provides peace of mind for both the institute and its staff.

Results & Benefits

Zero infrastructure cost:
No mains electricity connection or groundworks were required, making this the most cost-effective e-bike charging solution available — installed literally within minutes, not months.

Workplace impact:
The dedicated workplace charger has helped encourage staff to switch from cars to e-bikes, supporting the institute’s Active Travel policy and freeing up valuable car parking spaces.

Seamless integration:
The charger was mounted on the existing secure bike shelter, ensuring minimal disruption and maximum convenience.

Planning success:
By delivering a compliant Active Travel facility with no site modifications, the Solarcycle SMART charger played a key role in securing planning consent while meeting all authority conditions.

The installation demonstrates how Solarcycle’s solar e-bike chargers deliver safe, sustainable, and regulation-compliant charging without the expense or complexity of traditional systems.

Client Feedback
“Providing this facility on campus has helped us support staff in making the switch from car to e-bike. The Solarcycle all-in-one solution was so quick to install, compliant, and offered exactly what we needed at a competitive price.”

Solarcycle UK continues to partner with forward-thinking organisations to deliver safe, solar-powered e-bike charging that aligns with environmental and workplace wellbeing goals.

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A new E-bike charging network for this UK Campus

A new E-bike charging network for this UK Campus

by | Oct 24, 2025 | Case Study, Nr. Cambridge

[Case study]

Charging E-bikes for a campus with 32x e-bikes

Safely away from buildings

24th Ocober 2025 – 

Situation: This campus already had a fleet of existing electric scooters with a max range of 4 miles. However, this wasn’t sufficient to cover the 10-mile-wide site and required frequent charging within buildings. 

In summary:

  1. E-scooters with 4-mile range, failed distances.
  2. Policy change: no battery charging in-or-near buildings.
  3. Identified multiple, underutilised analogue cycle shelters
  4. Needed: Secure, safe, outdoor charging & e-bikes.

Solution:
After conducting an audit of the site and its topography and existing vehicles, Solarcycle presented the case for

1. A fleet of Pedal-assisted (pedelec) e-bikes (better battery range & larger, safer and more efficient wheels). We receommended the E28.x from Estarli as it is British made, and maintenance-free, with an auto gearbox and belt drive.

2. Retrofitting some of the existing, under-utlised, cycle shelters with 4x Off-grid solar-powered e-bike charger Totems. We also specified an internal secure SIM & VPN data connection provides private data for reporting.

Results:
The new network of Solar powered E-bike chargers supports multiple brands of e-bikes including the specified Estarli E28.x – mneaing staff and visitors are able to charge up in multiple locations, at any time of night thanks to the available energy stored within the chargers.

Charging per month was configured to suit the local topography, average E-bike battery sizes and likely frequency of use, based on average sessions from across our network. We always over-comensate, to allow for rainy days which we did this time, but the results ar extraordinary. We exceeded the energy requirements by 4× for the project and provided up to 1380km of carbonless travel onsite in the first month. This equaltes to 276x e-bike journeys of 5km. Plus, Remote monitoring, and software updates ensure the chargers are optimal and the lifecycle of components is maximised.

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NHS Case Study with Scope 3 Emissions

NHS Case Study with Scope 3 Emissions

by | Oct 24, 2025 | Case Study, Nr. Oxford

[NHS Case study]

Scope 3 Active Travel Data

+ 8x extra parking spaces for patients and staff

24th Ocober 2025 – 

BF Energy partner with Solarcycle to enhance NHS cycle shelters with 100% Solar powered e-bike chargers in Oxford.

24th October 2025 – BF Energy, the specialist energy consultancy are helping Oxford’s NHS Hospitals acheive green the hospital’s Active Travel and Green Plans. BF Energy specified Solarcycle’s NHS Approved e-bike chargers due to their affordability, proven NHS experience and data reporting features.

The latest E-bike charging facility in Oxford marks the 5th NHS site to join Solarcycle’s expanding network of 100% off-grid E-bike chargers and data is proving it to be a huge success.

BF Energy is the Oxford based energy specialist consultancy who have been advising, specifying and implementing leading sustainable solutions within the NHS for nearly 20 years and have contributed to over 1150 mWh’s being saved across the region. Solarcycle impressed BF Energy with it’s award-winning, off-grid, modular e-bike chargers which offer green, renewable energy for e-bikes, safely installed away from buildings and people.

The collaboration between BF Energy and Solarcycle directly addresses the growing switch to active travel in the UK. This partnership avoids the need for charging E-bikes inside buildings, which has proven problematic with some insurers and landlords. Solarcycle’s accessible e-bike charging, provides businesses and organisations like the NHS, with an innovative, safe, and environmentally sustainable solution. And the detailed CO2 analysis for scope 3 emissions reporting has helped inform both Solarcycle and the hospital of staff needs here and elsewhere in the country.

The hospital chose BF Energy to provide the double quarter shelter with Solarcycle’s e-bike charging at NHS Witney Hospital for its immediate environmental benefits and minimal disruption. With a solar-powered and off-grid operation, the charging of e-bikes requires no mains connection or trenchworks and ring-fences energy costs, whilst providing free e-bike charging for all staff.  The collaboration between the two NHS suppliers showcases Solarcycle’s pioneering innovation to evolve as many NHS Cycle shelters affordably into e-bike charging cycle hubs and support businesses like BF Energy and similar organisations in their decarbonisation plans.

The Solarcycle charger and flexible solar panels seamlessly integrate into the curved shelter to provide secure parking AND green energy for upto 28 standard e-bike charges every week. Using Solarcycle’s software dashboard, this data equates to around 840 miles of carbon emitting transport erased from the roads every week. According to Nimblefins ltd, a typical gasoline car produces around 216g of CO2 per mile in the UK, which means NHS staff at NHS Witney Community hospital are set to eliminate thousands of tons of CO2 this year.

With Solarcycle’s unique Reporting Function tracking the kWh of free, 100% renewable solar energy dispensed, it enables organisations to estimate how many carbonless miles have been generated by the organisation. As the only off-grid solar e-bike charging system with this feature, and numerous customers across UK and Europe, Solarcycle sets itself as the market leader.

Understanding the Benefits of Active Travel

Cost Savings for NHS Staff

The average cost of maintaining car is around £319 per month in the UK, plus an average price of between £100and £1000 for leasing/purchasing a car. From fuel costs to parking fees and congestion charges, commuting by car can be a significant financial burden for both employees and employers. In contrast, the ongoing costs associated with e-bikes, such as electricity for charging and periodic maintenance, are just 1p per mile. Moreover, initiatives such as the Cycle to Work scheme provide tax incentives and cost-effective financing options for employers looking to facilitate e-bike adoption among their staff. For example, the lease or purchase cost of an e-bike, compared to a car, is as low as £67 per month through organisations such as the “Green Commute Initiative“.

Cost benefits to the business include the well-being impact of active travel with increased productivity and reduced number of sick days. Absenteeism costs employers £258 per day and the average worker takes 4.5 days off a year, compared to 2.4 days for people who cycle. Regular exercise, even in the form of commuting, has been linked to reduced stress levels and better overall health. Encouraging employees to embrace active travel, particularly through e-bikes, can significantly improve their physical and mental well-being.

Meet CO2 Objectives

Commuting alone contributes to 98% of an individual’s work-related carbon footprint. As many as three million commuters travel as little as two kilometres to work, making an uptick in active travel one of the most actionable ways to drive down corporate emissions.
Businesses dedicated to creating sustainability reports can now easily prioritise assisting employees in switching to e-biking. This becomes particularly crucial with Scope 3 Contractual Emissions Reporting, which encompasses employee commuting, significantly influencing companies’ bids for new work.

E-bikes, when charged with Solarcycle, are the zero-emission mode of transport, emitting no greenhouse gases during operation. Solarcycle stands out in the market with its unique Reporting Function, which tracks the free-to-use, 100% renewable solar energy discharged in kWh and number of Kilometres travelled with zero emissions. This feature empowers organisations to monitor their progress towards sustainability goals and accurately measure their carbon impact.

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Denbies Wine Estate – Solar E-Bike Charging for Sustainable Transport

Denbies Wine Estate – Solar E-Bike Charging for Sustainable Transport

by | Sep 18, 2024 | Case Study, Surrey

[Case study]

Solarcycle & Denbies Wine Estate

Pioneering Off-Grid Solar E-Bike Charging for Sustainable Transport

18 September 2024 – As the UK’s first Net Zero wine producer, Denbies Wine Estate is a leader in sustainability.

Spanning 265 acres, Denbies is a major player in the English wine industry and a trailblazer in green tourism. Known for its award-winning wines, Denbies earned B Corp accreditation in 2024, reinforcing its commitment to environmental responsibility. To further its eco-friendly initiatives, Denbies partnered with Solarcycle to promote sustainable transport options for visitors through its innovative solar-powered solution.

Surrey-based Solarcycle, specialising in modular solar charging solutions, was the perfect partner for this initiative. Together, they aimed to install Surrey’s first commercial off-grid, solar-powered e-bike charging station—providing free, 100% renewable energy for e-bikes at Denbies’ scenic location along the SHNL Greenway Trail.
.

Solar E-bike Charger at Denbies
Solarcycle's versatile panels can be mounted on almost any nearby surface
You Fund Surrey branding on a Solarcycle E-bike Charger, Denbies Wine Estate
E-bike cycling on Greensands Way at Denbies Wine Estate

“Our 100% off-grid chargers are perfectly placed at Denbies Wine Estate. This project encourages more people to cycle safely, away from traffic, while enjoying the beautiful Surrey Hills.” added Paul Stratford, CEO of Solarcycle

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Objectives

  • Promote sustainable tourism – by offering free, renewable energy-powered e-bike charging to Denbies visitors.
  • Encourage eco-friendly travel – along the Surrey Hills’ Greenway Trail, reducing car usage and emissions.
  • Support local initiatives – like the SHNL Greenway Trail, Cycling UK, and Surrey County Council’s push for greener transport.
  • Help meet sustainability goals – and set a benchmark for other businesses in the area.

Project Details

In August 2024, Solarcycle completed the installation of Surrey’s first commercial off-grid solar-powered e-bike chargers at Denbies Wine Estate. The project was partially funded by Surrey County Council’s “Your Fund Surrey” Small Community Projects initiative.

Key components of the project include:

  • Solar-powered, off-grid charging station – providing free energy for e-bikes, reducing emissions and promoting eco-friendly travel.
  • Strategic location – on the SHNL Greenway Trail, a 15km off-road route created by Cycling UK, enabling cyclists to safely enjoy the beauty of the Surrey Hills.
  • E-bike hire – offered at Denbies through Just-Pedal bike hire, allowing visitors to try out e-bikes and experience green travel firsthand.

Key Features and Benefits

  • 100% Renewable Energy: The e-bike charging stations use solar energy, providing free and sustainable power for e-bike users.
  • No Mains Connection Required: The system is entirely off-grid, eliminating the need for trench works or mains electrical connections. This feature significantly reduces installation disruptions and costs.
  • Environmental Impact: Solarcycle’s unique Reporting Function tracks the kWh of solar energy dispensed, allowing organisations to estimate the carbonless miles generated. This transparency helps organisations monitor and report their sustainability progress.
  • Cost Savings: By generating its own energy, the system incurs no ongoing energy costs, providing a cost-effective solution for e-bike charging.

Challenges

Denbies wanted to not only provide a green alternative for visitors but also reduce road traffic and emissions in the area. As the local roads in Surrey often struggle with high volumes of cars, encouraging visitors to use the Greenway Trail and e-bikes was seen as a key way to minimise the estate’s environmental footprint.
Additionally, the installation needed to align with Denbies’ existing commitment to sustainability, including their recent certifications for Net Zero and B Corp status.

Outcome

The project was a significant success, with the new solar-powered e-bike charging station officially opened by Hazel Watson, Liberal Democrat Surrey County Councillor. This installation has made a meaningful impact in several ways:
Reduced carbon footprint: The off-grid charging station provides 100% renewable energy, helping cut emissions from transportation.

Boost to eco-tourism: The charger encourages visitors to explore the Surrey Hills by e-bike, reducing road traffic and emissions while supporting green tourism.

A model for future installations: Solarcycle’s modular solar charging solution is scalable and adaptable, offering a blueprint for future e-bike charging installations across the UK.

“This is a fantastic facility which will enable e-bikes to be used more easily particularly on the Greenway Trail.” said Hazel Watson, Liberal Democrat Surrey County Councillor

Impact and Future Plans

The installation of these solar e-bike chargers supports Denbies’ ongoing green initiatives, further cementing its reputation as a leader in sustainable tourism. It also demonstrates the potential for solar energy to power transport solutions, contributing to local efforts to reduce emissions and promote healthier, eco-friendly lifestyles.

Denbies’ primary motivation for partnering with Solarcycle is its 100% renewable energy solar-powered technology, aligning perfectly with their sustainability goals. They will incorporate data from Solarcycle’s reporting feature into their annual impact report, further enhancing their environmental accountability. As a Net Zero certified organisation, Denbies meticulously tracks all aspects of their operations, and Solarcycle is a key addition to their ongoing efforts to reduce their environmental impact.

Looking ahead, Solarcycle aims to expand its off-grid solar charging installations to new locations, with a strong focus on supporting green initiatives and helping organisations achieve their sustainability goals.

“This new facility complements our existing infrastructure, and we look forward to both locals and visitors making full use of it.” added Chris White, CEO of Denbies

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Falco & Solarcycle partner for 100% Renewable E-Bike Charging, NHS Wales

Falco & Solarcycle partner for 100% Renewable E-Bike Charging, NHS Wales

by | Jul 4, 2024 | Case Study, NHS, Wales

[NHS Case study]

Falco Partners with Solarcycle

to Launch NHS Bike Shelters with 100% Renewable Energy E-Bike Charging

1st July 2024 – In a groundbreaking effort to promote sustainability, Falco UK  has teamed up with Solarcycle UK  to introduce 100% renewable solar energy e-bike charging stations within their cycle shelters. The inaugural installation of this innovative system has been completed at NHS Wales Ystradgynlais Community Hospital, aligning with the hospital’s Active Travel and Green Plans.

Falco UK is the UK’s leading manufacturer and installer of secure cycle hubs, cycle shelters, bin stores, and street furniture. Solarcycle stands out with its award-winning world-first, off-grid, ‘solar-in-a-box’ e-bike chargers, offering green, renewable energy for e-bike charging. The collaboration between Falco UK and Solarcycle directly addresses the growing demand for accessible e-bike charging, providing businesses and organisations with an innovative, safe, and environmentally sustainable solution. 

NHS Powys Teaching Health Board chose the FalcoLok shelter with Solarcycle’s e-bike charging system at Ystradgynlais Community Hospital for its immediate environmental benefits and minimal disruption. With its solar-powered and off-grid operation, the system requires no mains connection or trenchworks and generates no ongoing energy costs, providing free e-bike charging for all staff.  The collaboration with Solarcycle showcases Falco UK’s dedication to pioneering innovation and constant evolution of its cycle hubs to support businesses and organisations in their decarbonisation efforts.

As the manufacturer Falco UK was able to work with SolarCycle to seamlessly integrate the PV array on the roof of the FalcoLok, then to connect the SoloarCycle charging pillar into the cycle parking area.

Solarcycle’s unique Reporting Function tracks the kWh of free, 100% renewable solar energy dispensed, enabling organisations to estimate how many carbonless miles have been generated by the organisation. As the only off-grid solar e-bike charging system with this feature, Solarcycle sets itself apart in the market.

Jeanette Simpson, Chris White, Hazel Watson and Paul Stratford unveil the new e-bike charger at Denbies Wine Estate

“As we deliver our Health Board’s strategy for a Healthy Caring Powys, it is important as ever to measure, analyse and minimise the impact of our business on the biodiversity and sustainability within our operating areas. The recent installation of the Falco Solarcycle solar powered e-Bike charging points fits perfectly in with our values and commitments surrounding clean energy and also ensures that we remain at the forefront of new, green innovations. To be able to install these charging facilities without the need for any enabling works or mains electrical connections was also a real bonus for us from an operational standpoint and it’s been great to see our cyclists charging their bikes using 100% clean energy.” said Lloyd Morgan, Capital Programme Manager, Powys Teaching Health Board.

Rob Harper, Managing Director of Falco UK said: “At Falco, sustainability is at the core of everything we do. Our partnership with Solarcycle underscores our commitment to environmental stewardship, aligning seamlessly with Falco UK’s mission and strategic objectives. We do a lot of work in areas where grid constraints can pose challenges, and we are developing cycle hubs to support sustainable travel and tourism, so the off-grid nature of Solarcycle’s system stood out as a pivotal factor in our decision. Together with Solarcycle, we’re not just building cycle hubs; we’re shaping the future of sustainable transportation infrastructure.”

Paul Stratford, Founder and CEO of Solarcycle stated:

“Solarcycle designed e-bike chargers with versatility and affordability in mind. A product that transforms existing cycle shelters into e-cycle shelters and encourages more employees to enjoy active travel. With Falco’s sustainable product line and credentials, it made sense to join forces and help organisations reach NetZero. The result is a scalable product-line packed with reporting features for all organisations and budgets. As cyclists we’re excited to see Falco’s cycle shelters in more train stations, hospitals and workplaces. The data generated from these will help evidence the positive impact of e-bikes.”

The annual CO2 savings from carbon-free commuting with e-bike travel and Solarcycle charging are substantial. An organisation with 25 employees and a 15% e-bike adoption rate can save 3,252,000g of CO2 annually. This saving increases to 16,260,000g of CO2 for an organisation with 100 employees and reaches a staggering 731,700,000g of CO2 for an organisation with 4,500 employees.

Falco UK is a proud member of the NHS Shared Business Services Framework Agreement to provide cycle parking facilities to the NHS and public sector bodies. The framework is free to access for UK Public Sector organisations and provides a quick, simple, and compliant procurement route to market for sustainable Transport and Infrastructure solutions for the NHS and the wider public sector.

Falco UK and Solarcycle UK are setting a new benchmark in sustainable travel with their solar-powered e-bike charging solution. This innovative partnership addresses the growing demand for eco-friendly commuting, offering a cost-effective and disruption-free system that benefits both the environment and employees. By harnessing 100% renewable energy, organisations can track their sustainability progress and make a tangible impact on reducing carbon emissions. Falco and Solarcycle’s collaboration is a game-changer, driving the future of green transportation infrastructure.

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