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CARPORT GUIDE

Membrane shelters

E-bike charging shelters

Add defined equipment, power, management and service areas to a two-wheeler shelter layout.

Membrane carport planning illustration
Concept illustration · final design depends on the site

USE & FUNCTION

What this shelter serves

An e-bike charging shelter serves both parking and charging. Coordinate cover, equipment placement, spacing, walking aisles and supervision. Attaching outlets to an existing row of columns does not by itself solve access, ventilation or maintenance needs.

01

Vehicle count and charging points

02

Power, cabling and equipment service access

03

Drainage, supervision and site management

SITE FIT

Where it fits

In residential or industrial sites, start with vehicle count, dwell time and entrances. Preserve walking width on narrow sites; on wider sites compare central support and separated zones.

DESIGN CHECKS

What to check in design

Check equipment protection, cable routing, runoff, lighting, signage and maintenance responsibilities. Qualified project parties should determine the applicable electrical and fire requirements.

COMPARE OPTIONS

How it differs from other uses

Without charging, a standard two-wheeler shelter is the simpler starting point. Public charging also needs an equipment and operating plan.

QUESTION & ANSWER

A common planning question

Can an existing e-bike shelter simply become a charging shelter?

First review the existing frame, equipment positions, power supply, drainage and access. Then decide whether equipment can be added and what alterations are needed.

START YOUR PROJECT

Send the site brief

Useful first materials for comparing a buildable canopy and an agreed work scope.

  • Site location, photos and approximate dimensions
  • Vehicle count, parking and walking routes
  • Foundation constraints, drainage and adjacent structures
  • Vehicle count and charging points
  • Power, cabling and equipment service access
  • Drainage, supervision and site management