Battery for Hotel Service Robots: Powering Efficient Hospitality Automation
Introduction
Tailored for hotel robotics, the Battery for Hotel Service Robots (26650 25.6V 31Ah LFP, RS485) delivers 31Ah endurance, RS485 communication, and 25.6V stable power. Built with high – energy – density LFP cells, 10A discharge, and – 20~60℃ adaptability, this Hotel Service Robot Battery fuels room – delivery bots, concierge assistants, and 24/7 hospitality fleets.
Service Robot Lithium – Ion Battery Model Table
| Battery Model | Nominal Voltage | Nominal Capacity | Battery Type | Suitable Service Robots | Communication Protocol | Dimensions (L×W×H, mm) |
|---|---|---|---|---|---|---|
| 26650 25.6V 31Ah LFP Battery for Hotel Service Robots with RS485 | 25.6V | 31Ah | LFP | Hotel service robots | RS485 | 280×275×100 |
| 25.6V 40Ah Service Robot Battery | 24V (nominal, 25.6V actual) | 40Ah | LiFePO₄ | Hotel, restaurant service robots | CAN, RS485 | 280×200×160 |
| 48V 20Ah Service Robot Battery | 48V | 20Ah | LiFePO₄ | Hotel, restaurant, logistics service robots | CAN / Customized | 445×97×212 |
| 26650 38.4V 21Ah LiFePO₄ Battery for Service Robots with RS485 | 38.4V | 21Ah | LiFePO₄ | Hotel, restaurant, educational service robots | RS485 | 328×317.6×88.5 |
| 18650 – based 10.8V 2600mAh Service Robot Battery | 10.8V | 2600mAh | Lithium – ion (18650 cells) | Small indoor guiding, cleaning service robots | CAN / Customized | 134.0×38.0×20.5 |
Why It Dominates Hotel Robotics
1. High – Energy for 24/7 Hospitality
The Battery for Hotel Service Robots ensures:
- “31Ah Capacity: Powers room – service robots to deliver 100 + meals per charge—no mid – shift stops.”
- “280×275×100mm Design: Fits concierge bots, luggage – transport robots—no payload strain.”
2. RS485 Smart Fleet Control
With RS485 communication:
- “Real – Time Health Tracking: Monitors voltage, capacity, and faults—prevents lobby robot downtime.”
- “Precision Data Sync: Integrates with hotel PMS systems—automates charging, optimizes routes.”
3. Rugged Build for Extreme Environments
LFP cells and – 20℃ start:
- “- 20℃ Cold – Start: Works in winter hotel entrances—no performance loss in sub – zero temps.”
- “10Kg Lightweight: Reduces robot payload strain—boosts energy efficiency for long – haul tasks.”
Application Scenarios
1. Hotel Operations
The Battery for Hotel Service Robots powers:
- “Room – Delivery Bots: 25.6V 31Ah capacity supports 12 + hours of continuous service—no power drops.”
- “Concierge Assistants: RS485 integration enables remote fleet health checks—24/7 guest support.”
2. Extreme Hospitality Zones
For cold climates, high – heat kitchens:
- “Winter Hotel Lobbies: Operates at – 20℃—powers greeting robots in sub – zero entrances.”
- “Hotel Kitchens: Survives 60℃ heat—no damage near cooking stations, ensures food – delivery uptime.”
