Apa yang dikendalikan saklar energi pintar BLE

Saklar energi pintar BLE menambahkan lapisan terhubung pada saklar kartu. Tamu membuka daya kamar dari ponsel melalui Bluetooth LE, atau dari kartu MIFARE jika jaringan sedang down. Saklar hemat energi pintar kemudian mencatat setiap kejadian daya ke cloud, sehingga hotel melihat okupansi dan konsumsi nyata per kamar.

Saklar energi hotel BLE vs WiFi

Saklar keycard BLE menangani pembukaan secara lokal (ponsel atau kartu, tanpa perlu server); sisi saklar energi WiFi melaporkan pemakaian dan menerima otorisasi / pencabutan jarak jauh dari resepsionis. Bersama-sama keduanya membentuk saklar hemat energi hotel yang andal secara offline sekaligus terlihat di cloud.

• Ponsel sebagai kunci — tamu membuka kamar dengan aplikasi hotel melalui BLE.
• Catatan cloud — penghemat energi MIFARE yang juga melaporkan daya per kamar ke dashboard.
• Checkout otomatis — resepsionis mencabut akses kamar dan saklar daya tamu mati dengan sendirinya.

Cara kerja saklar hemat energi pintar

Tamu mengetuk aplikasi (BLE) atau memasukkan kartu → saklar energi pintar BLE memverifikasi dan menutup relai 30A → kejadian daya mengalir ke cloud. Saat checkout, otorisasi dicabut → jeda 15 detik → sirkuit terbuka. Mode penghemat energi kartu tetap berfungsi bahkan saat WiFi mati.

Spesifikasi

Aplikasi

• Hotel terhubung — saklar energi pintar BLE yang mengubah ponsel menjadi kunci kamar.
• Program keberlanjutan — saklar energi WiFi yang digunakan tim hotel untuk pelaporan per kamar.
• Manajemen jarak jauh — saklar daya tamu yang diotorisasi dan dicabut resepsionis dari satu konsol.

Sertifikasi dan ekspor

Bersertifikat CE dan RoHS. Saklar hemat energi pintar dikirim lengkap dengan dokumen kepatuhan; sampling dalam 7–10 hari, produksi massal 20–30 hari melalui FOB Shenzhen, CIF, atau DDP. Integrasi aplikasi OEM dan dukungan dashboard tersedia pada MOQ.

Lihat panduan pembelian saklar hemat energi hotel untuk perbandingan model lengkap.

What a BLE smart energy switch controls

A BLE smart energy switch adds a connected layer to the card switch. Guests unlock room power from a phone over Bluetooth LE, or from a MIFARE card if the network is down. The smart energy saving switch then logs every power event to the cloud, so the hotel sees real occupancy and consumption per room.

BLE vs WiFi hotel energy switch

The BLE keycard switch handles the local unlock (phone or card, no server needed); the WiFi energy switch half reports usage and receives remote authorize / revoke from the front desk. Together they make a hotel energy saving switch that is both offline-reliable and cloud-visible.

• Phone-as-key — guests open the room with the hotel app over BLE.
• Cloud log — a MIFARE energy saver that also reports per-room power to a dashboard.
• Auto checkout — front desk revokes the room and the guest power switch powers down on its own.

How the smart energy saving switch works

Guest taps the app (BLE) or inserts a card → the BLE smart energy switch verifies and closes the 30A relay → power events stream to the cloud. At checkout the authorization is revoked → 15-second hold → circuit opens. The card energy saver mode keeps working even with WiFi off.

Specifications

Applications

• Connected hotels — a BLE smart energy switch that turns the phone into the room key.
• Sustainability programs — a WiFi energy switch hotel teams use for per-room reporting.
• Remote management — a guest power switch the front desk authorizes and revokes from one console.

Certifications and export

CE and RoHS certified. The smart energy saving switch ships with compliance documents; sampling in 7–10 days, mass production in 20–30 days via FOB Shenzhen, CIF, or DDP. OEM app integration and dashboard support available at MOQ.

See the hotel energy saving switch buying guide for the full model comparison.