Home Assistant ile akıllı ev otomasyonu
NetRelay'i Home Assistant'a bağlayarak aydınlatma, kapı, pompa, fan ve benzeri elektrikli cihazları tek merkezden kontrol edin.
View scenario →NetRelay'i Home Assistant'a bağlayarak aydınlatma, kapı, pompa, fan ve benzeri elektrikli cihazları tek merkezden kontrol edin.
View scenario →NetRelay offers a practical alternative to expensive PLC installations in factory and facility automation. As a local network automation device, it reads sensors, triggers relays and transfers data to SCADA/MES systems with MQTT integration — without the need for cloud.
View scenario →NetRelay in greenhouse, garden and field irrigation; It automatically manages valves and pumps according to soil moisture, wind and sunrise/sunset data. Scheduling continues with RTC even if the internet goes down — 100% local operation without using the cloud.
View scenario →NetRelay ile modem, access point ve ağ cihazlarının enerjisini Home Assistant üzerinden kontrol edin.
View scenario →NetRelay röle çıkışlarını kullanarak ev, ofis veya bahçe aydınlatmalarını Home Assistant üzerinden yönetin.
View scenario →NetRelay dijital girişleri ile kapı, pencere ve kuru kontak sensörlerini Home Assistant üzerinde takip edin.
View scenario →NetRelay in server rooms; It monitors the temperature inside the cabin, turns on the fans, and triggers alarm relays and notifications when the internet or critical host goes down. With Ping Watchdog, you can monitor network health of up to 4 IPs.
View scenario →NetRelay ve Home Assistant ile sulama pompalarını zaman veya sensör bilgisine göre otomatik çalıştırın.
View scenario →Lighting, irrigation and common area equipment are automated with NetRelay in site and apartment management. Sunrise/sunset triggers save energy; All logic runs on the local network.
View scenario →NetRelay röleleri ile fan ve havalandırma sistemlerini Home Assistant otomasyonlarına dahil edin.
View scenario →Coordinates received from the GPS module installed externally to NetRelay can be instantly transferred to the central software via MQTT. Thus, a single vehicle or the entire fleet can be tracked live on the map; Vehicle tracking processes can be automated by calculating the route, distance and estimated arrival time.
View scenario →NetRelay devices in different cities or locations can establish an outward connection to the central MQTT server without having to open ports on branch modems. Input, relay, sensor and connection status of all branches can be monitored live from a single panel; authorized users can securely manage the target branch's relays remotely.
View scenario →Monitor temperature, door contact, energy and network devices in remote telecom cabinets from a single center.
View scenario →Automate fan, alarm and notification processes by monitoring cold room temperature and door status.
View scenario →Reduce the risk of product loss by centrally monitoring cooler temperatures and energy status in branches.
View scenario →Monitor the station's network, lighting and auxiliary equipment with secure local automation.
View scenario →Remotely monitor inverter communication, panel temperature and environmental auxiliary systems in solar power plants.
View scenario →Centrally monitor environmental conditions and communications equipment in remote turbine auxiliary cabinets.
View scenario →Locally manage pump and alarm relays based on tank level contacts.
View scenario →Monitor level, pump failure and communication status in pumping stations from a single center.
View scenario →Optimize energy consumption by automatically managing park lighting according to sunrise and sunset.
View scenario →Monitor auxiliary lighting groups and panel alarms in tunnels and underpasses over the network.
View scenario →Centrally manage barrier processes with vehicle detection inputs and license plate recognition software.
View scenario →Combine booster failure, water level and flood sensors in the building management panel.
View scenario →Monitor engine room temperature, door access and network devices with auxiliary automation.
View scenario →Set up local fan and alarm automation in rack cabinets by monitoring temperature, doors and network access.
View scenario →Centrally monitor the modem, NVR and camera network in multiple branches without opening ports.
View scenario →Manage store lighting and auxiliary equipment centrally according to working hours.
View scenario →Manage kitchen fan, temperature and auxiliary alarm contacts with operating hours.
View scenario →Monitor temperature, pump and network devices on the central panel in hotel technical rooms.
View scenario →Manage greenhouse fans and shading equipment based on temperature, humidity and wind data.
View scenario →Monitor house temperature, fan status and energy alarms locally and centrally.
View scenario →Transfer temperature and environmental sensor data at remote apiary points to the center via MQTT.
View scenario →Centrally monitor alarm contacts and controlled power lines of laboratory auxiliary devices.
View scenario →Monitor temperature, humidity, light and door condition in museum displays and warehouses.
View scenario →Manage auxiliary ventilation by monitoring humidity and temperature conditions in document archives.
View scenario →Centrally monitor temperature, door and network connection status in distributed ATM and kiosk cabinets.
View scenario →Monitor charging area lighting, board temperature and network devices with helpful automation.
View scenario →Schedule, monitor, and controlled reboots of digital totems, displays, and field routers.
View scenario →Transfer the compressor's operation, malfunction and temperature contacts to the production tracking system.
View scenario →Create Andon lamp, central panel and production event records by reading machine status contacts.
View scenario →Provide early warning to maintenance crews by monitoring network access of CNC and production machines.
View scenario →