Why Speed Matters
In commercial retrofits, the downtime window for each distribution room is typically limited. Slow metering deployment delays tenant sub-billing start, delays energy efficiency improvements, and frustrates the project owner.
Five-Phase Workflow
Phase 1: Site survey (1 day) — identify electrical rooms, meter points, and gateway placement.
Phase 2: Device procurement (3–5 days, parallel with Phase 3).
Phase 3: Pre-configuration (1 day) — set up the base station and cloud platform offline.
Phase 4: Installation and commissioning (2–3 days for 100 meters).
Phase 5: Verification and handover (1 day).
Total: 8–11 days from kickoff to data online.
Day-by-Day Detail for Phase 4
Day 1: install 40 meters across two electrical rooms, each meter bound to the base station via QR-code scan.
Day 2: install 40 more meters in remaining rooms, run network health check.
Day 3: install final 20 meters, run end-to-end verification with the cloud platform.
Common Pitfalls
Pitfall 1: metal cabinet door fully enclosing the antenna. Fix: drill a small aperture or use an external antenna variant.
Pitfall 2: gateway too far from meters. Fix: add a second gateway or move the existing one.
Pitfall 3: Wi-Fi co-channel interference. Fix: configure the base station to avoid the busiest Wi-Fi channels.
Tools That Speed Up Deployment
Rynon commissioning app: QR-code provisioning, signal-strength visualisation, batch configuration.
Coverage-planning worksheet: predicts gateway placement from floor plans.
Cloud-side auto-discovery: meters show up on the dashboard within 60 seconds of binding.
Comparison with Wired Deployment
Wired equivalent: 25 days for 100 meters (cable pulling, termination, RS-485 addressing, point-to-point testing).
Industrial Bluetooth: 8 days for 100 meters. Saving: 17 days, or 68% time reduction.