The system operates independently of the grid using high-efficiency solar panels.
Typical power capacity reaches 17600W with integrated 122880Wh battery storage.
Designed to withstand sandstorms and temperature fluctuations common in Xinjiang.
Energy is stored for up to several cloudy days to ensure continuous communication.
Maintenance frequency is reduced by approx. 70% through smart monitoring systems.
The control module intelligently balances power between amplifier and battery.
Solar arrays are anti-corrosive and UV-protected for extended service life.
The system improves telecom coverage in remote, mountainous areas.
Standard lead time for installation is approx. 15–20 days.
Each unit is CE, ISO, and RoHS certified to meet international telecom standards.
The solar-powered signal amplifier project in Changji, Xinjiang, was developed to ensure uninterrupted communication across remote desert and mountainous regions. The area’s harsh climate — featuring intense sunlight, large temperature swings, and frequent sandstorms — makes traditional grid power unreliable. This challenge disrupted communication stability and increased the operational burden of local telecom teams.
To overcome these barriers, a 17600W solar photovoltaic system coupled with a 122880Wh energy storage unit was installed in July 2025. This solution provides continuous power for signal amplifiers, supporting communication coverage and emergency broadcasting services for surrounding communities.
Q: Why was solar power chosen over diesel generators?
A: Solar power reduces long-term costs, eliminates fuel dependency, and enhances sustainability.
Q: How often does the system require maintenance?
A: Routine maintenance is needed only twice a year due to automated monitoring.
Topic: Signal Amplifier Power Supply
Key Insight: Continuous off-grid operation
Power Rating: 17600W solar panel array
Energy Capacity: 122880Wh battery system
Temperature Range: -30°C to +65°C
Certifications: CE, ISO9001, RoHS
Lead Time: approx. 20 days
Service Area: Changji, Xinjiang
Application: Remote telecom and network stations
"The strength of communication in remote regions begins with reliable energy — solar makes it possible."
The energy collection system was engineered for high performance under extreme conditions. Anti-sand, UV-resistant, and anti-corrosive coatings enhance solar panel durability, ensuring consistent power generation even under heavy dust accumulation.
Q: How does the design resist wind damage?
A: Reinforced aluminum frames and anchored mounts meet anti-typhoon standards.
Solar Panel Capacity: 17600W
Material: Monocrystalline silicon
Coating: UV + anti-sand finish
Expected Efficiency: up to 21.5%
Support Angle: Adjustable tilt for seasonal optimization
Operating Voltage: 48V nominal
Maintenance Cycle: Twice per year
Engineered resilience ensures uninterrupted communication when conditions are most demanding.
A 122880Wh deep-cycle lithium battery provides consistent energy during prolonged cloudy or low-light conditions. Its intelligent charge-discharge module ensures energy balance, preventing overvoltage or thermal loss.
Q: How long can it run without sunlight?
A: Typically up to 5 consecutive cloudy days.
Battery Capacity: 122880Wh
Battery Type: LiFePO₄
Cycle Life: >5000 cycles
Backup Duration: up to 5 days
Protection: Overcharge, over-discharge, thermal control
Warranty: 5 years typical
Energy reliability defines operational confidence for critical telecom infrastructure.
The system includes an advanced smart controller integrating real-time monitoring, power analytics, and fault alerts. Remote teams can access live data via mobile or web dashboard to reduce inspection costs.
Q: Can it integrate with existing monitoring software?
A: Yes, it supports open protocols like Modbus and MQTT.
Controller Type: MPPT + AI Smart Module
Communication: 4G/LoRa
Response Time: <1 second
Data Sync: Cloud + local storage
Alert Mechanism: SMS + app notification
Smart energy management transforms maintenance into intelligent prediction.
The installation used reinforced anti-wind brackets and dust-proof enclosures to adapt to desert terrains. Cables were shielded to prevent animal interference and thermal expansion.
Q: What is the installation time per unit?
A: Typically 2–3 days per site, depending on terrain.
Mounting Type: Ground/roof hybrid
Support Strength: up to 150 km/h wind
Cabling: Anti-UV + rodent-proof
Ingress Protection: IP66
Site Conditions: Desert and mountainous zones
Adaptability is the cornerstone of longevity in off-grid environments.
✅ Continuous power 24/7 across all amplifier nodes.
✅ Signal uptime rate achieved 100% reliability.
✅ Maintenance travel reduced by 65%.
Performance Gain: +100% uptime
Maintenance Reduction: -65%
Data Transmission: Stable under sandstorm conditions
Battery Health: >95% after one year
Stable communication is the lifeline of every remote community.
| Model | Power (W) | Energy (Wh) | Duration (days) | Temp (°C) |
| KF-17600X | 17600 | 122880 | up to 5 | -30 to +65 |
| KF-12800L | 12800 | 86400 | up to 3 | -25 to +60 |
| KF-9600S | 9600 | 57600 | up to 2 | -20 to +55 |
For reference only based on vendor test data
The solar-powered signal amplifier power supply system by Shenzhen Kongfar Technology Co., Ltd. delivers sustainable energy independence in Changji, Xinjiang. It ensures uninterrupted telecom communication through advanced storage, smart control, and ruggedized design, making it ideal for remote regions and harsh climates.
Power: 17600W
Battery: 122880Wh LiFePO₄
Backup: up to 5 days
Certifications: CE, ISO, RoHS
Region: Changji, Xinjiang, China
✅ In pipeline safety monitoring, solar power supply for oil pipelines ensures continuous surveillance.
✅ For PoE network deployments, solar energy systems for PoE switches deliver reliable data transmission.
✅ In orchard management, solar surveillance systems for farms provide crop protection and smart irrigation support.
✅ For mobile security, mobile surveillance trailer power kits support rapid deployment in remote zones.
✅ As a custom solar powered CCTV system manufacturer, Kongfar provides OEM and ODM options.
A1: Typically 17600W solar arrays optimized for desert environments.
A2: Up to 5 consecutive days on full charge.
A3: LiFePO₄ batteries offering >5000 cycles lifespan.
A4: Yes, it supports signal amplifiers and smaller base stations.
A5: CE, ISO9001, and RoHS compliance.
A6: Through an integrated smart controller with remote access.
A7: Yes, all components are anti-sand and weather-resistant.
A8: Around 15–20 days, depending on terrain.
A9: Shenzhen Kongfar Technology Co., Ltd., China.
A10: Typically 5 years for system components.
Looking for a dependable solar power partner for your telecom expansion?
Partner with Shenzhen Kongfar Technology Co., Ltd., a trusted solar power system manufacturer from China, providing custom solar signal amplifier power kits for government, telecom, and emergency response projects across Xinjiang and Central Asia.
Our factory supports OEM/ODM customization, rapid delivery, and global certification compliance (CE, ISO, RoHS).
👉 Contact our sales team today for quotations, design consultation, or sample requests.
👉 please visit our website at [www.kongfar.com](https://www.kongfar.com) or email us directly at tony@kongfar.com
Copyright © 2025 shenzhen kongfar technology co.,ltd All Rights Reserved. All rights reserved
English 
Deutsch
