Meet the SmartShelter.

Modular charging locker, packed with numerous safety features and API access.

Buy or Lease — from €229 p/m

Available in Europe, North America, the UK, and additional regions globally

Start small and scale up: 7 compartments to start, plus 8 more with every SmartModule you add.

Each additional SmartModule includes all the same features as the SmartShelter but at a lower cost — the only difference is that it adds an extra compartment in place of the screen and computer unit.

A black modular e-bike charging locker with multiple compartments, a touchscreen displaying “Smarter e-bike battery charging starts here,” and an e-bike battery connected and charging inside one of the open slots.

Peace of mind against battery fires and thermal runaway.

Fire supression

Each compartment includes an independent fire-suppression system designed to automatically contain and neutralize incidents at the source.

Temperature Sensors

Included temperature sensors that continuously detect overheating during charging.⁣ If heat exceeds safe limits, the system automatically shuts off power.

Cooling & extraction fans

We equip cooling fans in each of the compartments to help regulate temperature while charging. These fans help extract the dangerous gases that can ignite and increase the risk of thermal runaway.

Security Camera

The SmartShelter is equipped with a front-facing security camera and optional overhead fish-eye security camera.

Circuit Breaker

We include integrated circuit breakers ranging from 16A up to 100A to prevent any tripped fuses on the building side and prevent over charging.

Gas Sensors

The SmartShelter is equipped with H2, CO2, and CO Gas sensors — the most common gasses emitted from damaged bike batteries. ⁣These sensors will trigger an auto shut-off of the unit once they reach a certain threshold.

Warning Alarm

Built-in warning alarm activates when a door is left open or when sensors detect overheating, a potential thermal event, or battery runaway.

Scalable Power Delivery

SmartModules can be added without extra electrical work, while each compartment’s power is individually controlled for battery cycling and efficient charging—all from (up to) a single 100-amp input.

Propagation Protection

Each compartment is built to contain a thermal event, with passive propagation resistance that prevents it from spreading to neighbouring compartments.

Open. Charge. Go.

Whether for individual use, shared access, or fleet management, our system adapts seamlessly to your needs — offering a fast, practical, and intuitive way to open and manage compartments

Passcode on tablet

Use a one-time passcode for instant access or a dedicated code for your assigned compartment — simple, secure, and flexible.

RFID

Tap your RFID card or work badge to unlock your compartment — perfect for employees and regular users with existing access cards.

QR Code

Enables quick payments, reservations, or automatic access for QR-branded batteries — linking riders and compartments seamlessly.

API / App

Access lockers directly through our mobile app or connect via API to integrate with your own systems — manage access, reservations, and usage in real time.

Emergency Key

A master key that can open all compartments — used in case of fire, system failure, or to access internal components for maintenance.

Always connected.
Always secure.

PowerShelter’s smart lockers are designed for seamless integration through API connectivity, making them adaptable to a range of applications.

Our API-enabled backend allows for effortless third-party integrations, including fleet management software, mobile apps, and access control systems.

Whether you’re a bike brand looking to provide in-app charging locations for your riders, a delivery platform streamlining battery swaps for couriers, or a municipality aiming to enhance urban mobility infrastructure, our lockers can be tailored to meet your needs.

With real-time monitoring, remote access capabilities, and compatibility with brand-specific chargers, PowerShelter ensures a connected and scalable charging network for the future of e-mobility