48V Hybrid Solar Power Solution for BTS, Starlink & Remote Communication Sites
Model: JV06450AC
Descriptions:
300W Telecom Tower Solar Power System
Reliable 24/7 off-grid hybrid solar power solution for telecom towers, Starlink terminals, wireless communication equipment and remote monitoring stations.
- ✔ 300W Continuous AC Load
- ✔ Hybrid Solar + Grid + Diesel Charging
- ✔ 48V LiFePO4 Battery
- ✔ 2.7kW Solar Array
- ✔ IP54 Outdoor Cabinet
- ✔ Remote Monitoring Available
JOYVOIT Telecom Tower Hybrid Solar Power System (300W AC)
⚡Telecom Tower Hybrid Solar Power System Overview
The JOYVOIT JV06450AC is an industrial-grade, 48V hybrid solar power solution engineered to provide continuous, 24/7 off-grid electricity for remote telecom towers, Starlink terminals, and BTS infrastructure with a continuous AC load profile up to 300W. By intelligently blending a 2.7kW solar array with automated utility grid and diesel generator inputs, this system is designed to reduce diesel generator runtime by up to 65%–80% (depending on local solar irradiation), drastically cutting operational fuel costs.
✅Key technical specifications
Continuous AC Load: 300W baseline communication hardware.
- * System Voltage: 48V DC Native Architecture.
- * Solar Input: 2.7kW (6 × 450W panels).
- * Battery Options: 10kWh / 15kWh / 20kWh LiFePO4 modules.
- * Operating Temperature: -20°C to +55°C (Ensuring reliable performance in extreme climates).
🔋 Typical applications include:
- Telecom BTS stations
- Starlink ground terminals
- Wireless ISP sites
- CCTV monitoring stations
- Microwave relay stations
- Remote IoT monitoring
- Border monitoring stations
- Emergency communication systems
Typical System Architecture
System Diagram
Typical System Architecture of the JOYVOIT JV06450AC Hybrid Solar Power System.
Solar energy is the primary power source, while the hybrid inverter intelligently manages battery storage, utility grid, and diesel generator backup to ensure uninterrupted 24/7 operation of critical telecom equipment.
Typical Daily Energy Flow
Key Features
Reliable 24/7 Hybrid Operation
Automatically switches between solar, battery, utility and diesel generator for continuous operation.
Designed for Telecom Sites
Optimized for continuous 300W communication loads including BTS, Starlink and networking equipment.
High Efficiency MPPT Hybrid Inverter
Integrated MPPT controller improves solar harvesting under changing weather conditions.
Flexible Battery Capacity
Supports 10kWh, 15kWh and 20kWh LiFePO4 battery configurations according to required backup autonomy.
Outdoor IP54 Cabinet
Weather-resistant enclosure suitable for harsh outdoor environments
Remote Monitoring
Optional WiFi and GPRS communication allows remote monitoring and maintenance.
🎯Technical Specifications
| Item | Specification |
|---|---|
| Model | JV06450AC |
| Continuous Load | 300W AC |
| System Voltage | 48V |
| Solar Capacity | 2.7kW (6 × 450W) |
| Max PV Input | 6.5kW |
| Hybrid Inverter | 3kW |
| MPPT | 60A |
| Battery | 10/15/20kWh LiFePO4 |
| Cabinet | IP54 |
| Cooling | Fan (A/C optional) |
| Monitoring | WiFi / GPRS |
| Operating Temperature | -20°C to +55°C (complete this) |
Recommended Battery Backup
| Battery Capacity | Backup Time * | Typical Application |
|---|---|---|
| 10kWh | ≈1 day | Reliable daily operation |
| 15kWh | ≈1.5 days | Recommended configuration |
| 20kWh | ≈2 days | High reliability & poor weather |
Backup time depends on local solar irradiation and load profile.
| Model | Continuous AC Load | Typical Use |
|---|---|---|
| JV06450AC | 300W | Small telecom towers, Starlink sites |
| JV06500AC | 500W | Wireless ISP, microwave relay stations |
| JV061000AC | 1kW | Large BTS stations, communication hubs |
| JV062000AC | 2kW | Multi-equipment telecom sites |
| JV063000AC | 3kW | Regional telecom infrastructure |
What is Included
Standard Package Includes
- 6 × 450W Solar Panels
- 3kW Hybrid Inverter
- IP54 Outdoor Cabinet
- 48V LiFePO4 Battery (optional capacities)
- PV Combiner Box
- Aluminum Mounting Structure
- PV Cable Kit
- Battery Cables
- Installation Accessories
Applications section
Typical Installation
Frequency Asked Questions
Yes. The system is designed to provide continuous power using solar panels and LiFePO4 batteries, while also supporting utility or diesel generator backup when required.
Yes. The system is suitable for Starlink terminals together with networking equipment and other communication devices.
Yes. Multiple 48V LiFePO4 battery modules can be configured according to required backup autonomy.
Yes. Optional WiFi and GPRS modules allow remote monitoring of system status.
The LiFePO4 battery typically provides over 6,000 cycles under recommended operating conditions.
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Accelerate Your Off-Grid Infrastructure Deployment
Partner with Joyvoit for your next critical power project. From rigid pre-shipment simulations to rapid 24-48h technical bidding proposals, we keep your telecom, mining, and remote surveillance networks running under any climatic extremes.
