While the UK e-bike market is still developing, the direction of travel is clear: e-bike sales returned to volume growth in 2025, while market value rose by 10%, reflecting continued demand for higher-value electric models. For developers, that makes e-bike storage solutions a practical design consideration now, not a speculative future upgrade.
For those delivering new developments, now is the time to start seriously considering how cycle infrastructure will accommodate this shift. Storage designed solely around traditional bicycles may not meet the needs of tomorrow’s users, potentially leading to expensive upgrades further down the line.
The Bike Storage Company are trusted suppliers for e-bike storage solutions, and we’re seeing a growing demand, particularly in external spaces.
Why E-Bikes Require Different Storage?
Unlike conventional bicycles, e-bikes introduce several design considerations that should be addressed during the planning stage.
Weight and Structural Requirements
Most e-bikes weight between 18kg and 30kg, making them significantly heavier than standard bicycles. Storage systems, shelters and bike racks must be designed to safely accommodate these increased loads.
An electric bike storage rack should be robust enough to support heavier bikes without compromising usability or long-term durability
Larger Dimensions
E-bikes often feature larger frames, wider handlebars, and integrated battery systems. This means cycle parking layouts should allow for greater spacing and maneuverability than traditional bike storage areas.
Poorly designed storage can reduce capacity and make daily use difficult for cyclists.
Charging Expectations
Many users expect to charge their bike while at work, home or a transport hub. Providing secure storage without access to power can limit the appeal of a development for e-bike owners.
As a result, e-bike storage solutions should be considered together rather than as separate elements.
Battery Safety
Lithium-ion batteries require careful consideration within enclosed storage environments. Ventilation, fire strategy requirements and the separation of charging equipment from combustible materials should all form part of the design process.
How to Get E-Bike Charging Infrastructure Right?
Installing an e-bike charging station involves more than simply adding sockets to a cycle store.
Early M&E coordination is essential to ensure sufficient electrical capacity, dedicated circuits and future expansion capability. Incorporating infrastructure during construction is considerably more cost-effective than retrofitting charging facilities later.
For external installations, charging equipment should typically achieve a minimum IP55 rating, with exposed locations potentially requiring IP66 protection (a weather-proofing accreditation).
Lincoln Two-Tier E-Bike Cycle Shelter
E-Bike Lockers: Secure Individual Charging
Our E-Bike Locker offers one of the most secure forms of e-bike storage solutions.
These fully enclosed units combine individual storage with integrated charging facilities, protecting both the bicycle and battery while providing a premium user experience.
Features commonly include:
- Integrated charging points
- RFID or PIN access control
- Ventilation for battery charging
- Weatherproof construction
- Individual user accountability
E-bike lockers are particularly suited to premium residential developments, corporate headquarters and transport hubs where security is a priority.
Outdoor E-Bike Storage with Power Provision
For larger schemes, covered e-bike outdoor storage can provide a more cost-effective solution than individual lockers.
Shelters with integrated charging provision offer:
- Higher storage capacity
- Lower cost per cycle space
- Weather protection
- Future scalability
Access control systems such as fobs, RFID or PIN entry can enhance security while maintaining convenient user access.
At The Bike Storage Company, we can configure our bike shelters with integrated power, timber cladding, sedum roofs, and bespoke finishes to meet planning requirements and project aesthetics.
Public E-Bike Charging Infrastructure
Public e-bike charging stations are becoming increasingly common at transport interchanges, town centres and public realm projects.
As local authorities continue to invest in active travel infrastructure, demand for durable public charging solutions is increasing.
Successful installations typically include:
- Tamper-resistant charging equipment
- Robust structural frameworks
- Stainless steel components
- Low-maintenance finishes
These measures help ensure long-term performance in high-use public environments.
Lincoln Two-Tier E-Bike Cycle Shelter
E-Bike Ready Solutions?
The Bike Storage Company supports developers, architects and contractors with specialist e-bike storage solutions designed for long-term performance.
Our range includes:
- Reinforced bike racks for heavier e-bikes
- E-bike lockers with integrated charging and ventilation
- Covered bike shelters with power provision
- RFID-enabled access control options
- British-made bespoke configurations
- 10-year structural warranties
Cable management also matters. Exposed cables in a high-use facility create trip hazards, are vulnerable to damage and present a poor user experience. Purpose-built e-bike charging infrastructure routes cables internally within the structure, with weatherproofed external sockets and tamper-resistant fixings.
Work With Us
The Bike Storage Company designs and manufactures sustainable cycle infrastructure for commercial, residential and mixed-use developments across the UK. From initial capacity planning and layout design through to supply, installation and BREEAM documentation, we support projects at every stage.
Our products are British-made, BREEAM-accredited and backed by a 10-year warranty. Whether you need a sedum-roofed shelter, an access-controlled cycle compound or a full end-of-trip facility, our team can specify the right solution for your development and sustainability targets.
Get in touch to discuss your project.
Frequently Asked Questions
Here are answers to common specification and compliance questions regarding E-bike storage solutions.
Do E-bikes Require Different Storage Than Standard Bicycles?
Yes. E-bikes are typically heavier, larger and more valuable than conventional bicycles. Storage solutions should be designed to accommodate increased loads, wider frame dimensions and integrated charging provision.
Should E-bike Storage Solutions Be Included at the Construction Stage?
Where possible, yes. Installing power supplies, conduits and charging infrastructure during construction is significantly more cost-effective than retrofitting facilities once a development is occupied. It also provides greater flexibility from the end user as e-bike ownership continues to grow.
What Should Developers Consider When Specifying E-bike Storage?
Key considerations include structural loading, cycle spacing, charging requirements, access control, weather protection and battery safety. Future expansion should also be considered to avoid costly upgrades later in the building’s life cycle.
Are E-bike Lockers More Secure Than Communal Cycle Storage?
E-bike lockers provide individual, enclosed storage with dedicated charging facilities, making them one of the most secure options available. They are particularly popular for premium residential developments, corporate offices and transport hubs where users require maximum protection for higher-value bicycles.
How Can Developments Future-Proof Their Cycle Infrastructure for E-bikes?
The most effective approach is to design storage areas with sufficient electrical capacity, modular expansion capability and infrastructure that can accommodate a growing proportion of e-bike users. Future-proofing at the design stage is typically far more cost-effective than retrospective upgrades.
How Can The Bike Storage Company Help With E-bike Storage Solutions Projects?
The Bike Storage Company works with developers, architects, contractors and facilities managers to design, supply and install e-bike storage and charging solutions for residential, commercial, education and public sector projects. From early-stage planning advice and specification support through to manufacture and installation, our team can help ensure your cycle infrastructure is secure, practical and future-ready.
