Villa and Estate Control Without Trenching the Garden
A villa estate spreads control across gates, garden lighting, water features, pumps and outbuildings, many of them beyond stable Wi-Fi coverage. LoRa links connect those points to a private gateway so daily routines keep running on site, with cloud management as an optional layer rather than a requirement.
Site constraints
Coverage stops at the main house
Home Wi-Fi is usually designed for the house, not for the far end of a garden. Gates, pool plant, irrigation pumps and detached outbuildings often sit outside a reliable signal, so any design that assumes house Wi-Fi will meet the client somewhere it does not work.
Whether a radio link reaches a given point depends on the band, the antenna, the mounting position, the enclosure, the intervening walls and the site survey. Treat any distance figure as an input to that survey, not as a promise.
Retrofit without new cable runs
Mature planting, paved drives and protected surfaces make new trenching expensive and disruptive. The estate usually already has mains circuits in roughly the right places, so the real question is how to add control to those circuits without opening them up again.
Safety circuits need a defined fallback
Gate motors, pump controls and some security circuits are not ordinary lighting. Each one needs a stated behaviour for power loss, radio loss and gateway loss, agreed with the installer before a specification is fixed.
How the system is arranged
Where the links run
Switches and sensors sit on the existing mains circuits. LoRa links carry control and status to a private gateway placed in a technical cupboard or near the main distribution area. The radio link replaces the long control cable that would otherwise run back to a central panel.
The gateway position, antenna choice and channel plan are set from the site survey. Outbuildings, plant rooms and metal enclosures all affect the link and are confirmed on site.
What runs locally, what is optional, what degrades
Required: the private gateway stays on site and the local rule set runs on it. Schedules, scenes and manual switching continue whether or not the wide area link is present.
Optional: cloud dashboards, remote status and outbound notifications are added when the owner wants remote visibility. They are a management layer, not a control dependency.
Degraded: if the uplink drops, remote dashboards and notifications pause and queue until it returns, while local control and schedules continue. If a gateway loses power, the affected switches fall back to the fail state defined for that circuit, and local push buttons remain available.
Phased retrofit
Because each circuit is controlled independently, the estate can be migrated building by building. A first phase can cover the gate, the garden and one outbuilding, and later phases extend the same private network without reworking what is already installed.
What you can verify
- Fewer trench and cable runs: control rides on existing mains circuits instead of new cable back to a central panel.
- Local continuity: daily lighting, gate and pump routines stay on site during a wide area or uplink outage.
- Faster fault localisation: each point reports its own state to the local gateway, so a fault is traced to one link or circuit rather than a whole zone.
- Phased spend: circuits are migrated in stages, so budget follows confirmed need instead of one large disruption.
- Retained manual control: local push buttons and defined fail states keep a physical fallback in place.
Who is involved on site
Electrical contractor or installer
A wiring layout that fits the existing back boxes and supplies, a clear fail state for each circuit, and a commissioning step that does not depend on a cloud account.
Site operator or facilities team
Daily routines, scenes and manual override that work without staff watching a dashboard, and a plain statement of what stops when the link drops.
Systems integrator
Documented inputs, outputs and a local API so the estate control can sit inside the building or access system the client already runs.
Pre-specification checklist
- Site plan and circuit list, with rooms, outbuildings and outdoor points marked.
- Which circuits are lighting, which are power and which are safety or motor circuits.
- Where mains supplies reach each point, and whether spare capacity exists.
- Where a gateway can be housed, and whether power and a network feed reach that position.
- Which points must keep running when the wide area link is unavailable.
- Any protected, listed or surface constraints on new cable or enclosure work.
- The target radio band and any local radio rules that apply to the site.
Supported SKUs
Availability in your market — Global (English)
Not currently offered in this market
Radio authorisation, electrical approvals or an authorised importer are not in place for this destination. We will confirm the compliance path when you enquire.
Availability follows the market pack, not the language you are reading.
| Model | Radio band | Maximum load | Supply voltage | Status |
|---|---|---|---|---|
| LS-WS-1G1-gang LoRa wall switch, EU868 | EU868 | 10 A | 230 V | inquirable |
| LS-WS-2G2-gang LoRa wall switch, EU868 | EU868 | 10 A | 230 V | inquirable |
| LS-RC-16ADIN-rail LoRa relay controller, 16 A, EU868 | EU868 | 16 A | 230 V | inquirable |
| LS-DIN-4CH4-channel LoRa DIN controller, EU868 | EU868 | 10 A | 230 V | inquirable |
| LS-GW-100LoRa private-network gateway, Ethernet, EU868 | EU868 | 0.5 A | 12 / 24 V | inquirable |
Next steps
Send this first
Send the site plan, the circuit list and the notes above through the site-fit request. A first response confirms which points look feasible and which need a survey.
What happens next
We return a feasibility note covering gateway siting, the proposed radio layout and any point that needs a site visit. A confirmed specification and supported SKU list follow the survey, together with the conditions each claim depends on.
Scenario questions
Who carries out the site survey, and what does it decide?
The survey is normally carried out on site by the integrator or electrical contractor, using our survey form, drawings and commissioning notes. It establishes the gateway position, the antenna choice, the channel plan, the enclosure and mounting, and the fail state of each circuit. We support the survey and review the result before a specification is confirmed, but we do not issue a link or distance figure without those site conditions.