Guide: Deploying OCPP Smart Charging for Residential and Campus E-Bike Parking
Deploying managed e-bike charging in a community or campus follows a repeatable playbook. This guide summarizes the configuration Wanlin recommends for OCPP smart socket deployments.
1. Capacity Planning
Estimate concurrent riders, not total vehicles. A typical residential shed runs 20–40% concurrency at evening peak. Each socket draws up to 1000 W (default 800 W); the WANLIN-010 ten-socket hub provides 10 kW maximum with sockets balanced 4/3/3 across L1/L2/L3 to keep phases even.
2. Hardware Placement
- Two-socket WANLIN-002: one unit per two parking spots; shares the shed lighting circuit where capacity allows.
- Ten-socket WANLIN-010: mount where riders concentrate; use the LED ring so availability is visible from a distance.
- Outdoor installs: specify WANLIN-002-W (IP65, rain hood, potted terminals).
3. Payment and Access
Enable scan-to-charge (WeChat/Alipay) for riders and issue 13.56 MHz cards for staff or residents without smartphones. The 500-card local whitelist keeps access working through network outages.
4. Platform Configuration (OCPP 1.6J)
- Set per-socket defaults (800 W) and site ceiling via ChargePointMaxProfile.
- Schedule off-peak incentives with TxProfile.
- Confirm MeterValues sampling for billing-grade 0.001 kWh data.
- Enable auto full-stop (5-minute low-current detection) to protect batteries.
5. Safety and Compliance
Install upstream RCDs (30 mA per circuit; WANLIN-010 includes a 100 mA station-level RCD plus per-socket 30 mA), verify grounding (≤4 Ω), and keep 100 mm clearance around units. All seven on-device protections ship enabled by default.
Conclusion: with OCPP smart sockets, a community deployment becomes a managed, metered, revenue-ready service in days — not a construction project. Contact Wanlin for a site-specific deployment plan.
