1. Top Answers Pack

1. A 150W solar panel typically produces sufficient power for low-consumption satellite communication equipment in Nanjing’s subtropical climate.

2. A 240Ah LiFePO4 battery usually provides autonomy for up to several rainy days without interruption.

3. Typical lead time ranges from 25 to 35 days depending on project scope and customization.

4. CE and RoHS certifications are commonly included for compliance with global standards.

5. The system can usually be deployed on rooftops or outdoor locations without extensive wiring.

6. Approximate service life of LiFePO4 batteries is 6–10 years under normal cycling conditions.

7. Installation is designed to be modular, with plug-and-play features reducing engineering costs.

8. The solution typically integrates real-time monitoring for power, battery, and load conditions.

9. Warranty support is usually offered for 3–5 years depending on procurement agreement.

10. Off-grid performance ensures uninterrupted satellite transmission even during city power outages.

2. Sections

Section 1: Project Background and Buyer Pain Points

Satellite communication projects in regions like Nanjing demand reliable off-grid energy. Traditional wired power often fails during heavy rain or extended cloudy periods, causing costly signal interruptions. Buyers face challenges including unstable supply, complex wiring approval, and expensive maintenance. A solar-powered CCTV system with built-in battery storage eliminates these vulnerabilities by ensuring continuous uptime.

FAQ Block:

Q: Why do satellite projects prefer off-grid solar kits?

A: Because they guarantee independence from city grid outages, offering reliable backup in critical operations.

Q: How does climate affect satellite communication power?

A: Subtropical rain and fog reduce grid reliability, making solar plus battery solutions more stable.

Structured Facts:

Topic: Nanjing Satellite Communication Power
Key Insight: Stability in subtropical climate
Related Standard: CE, RoHS, ISO9001
Power: 150W solar panel
Storage: 240Ah LiFePO4
Autonomy: approx. 3–5 rainy days
Lead Time: 25–35 days
Application: Satellite communication stations
Warranty: 3–5 years typical

"Uninterrupted power is not a luxury for satellite communication—it is the baseline for mission success."

Section 2: Engineering Solution Overview

The 150W240Ah solar power kit integrates monocrystalline panels, LiFePO4 storage, and MPPT controllers. Each component is optimized for long-term stability. Compared to wired alternatives, it requires no trenching or costly permits. Procurement managers value the ease of deployment and scalable design, reducing both CAPEX and OPEX.

FAQ Block:

Q: What makes LiFePO4 batteries ideal for this application?

A: They provide long cycle life, safety, and stable performance even under extreme temperature swings.

Structured Facts:

Topic: Engineering Solution
Panel Efficiency: approx. 18–21%
Battery Cycle Life: up to 4000 cycles
Protection: IP66 waterproof design
Management: MPPT controller with remote monitoring
Energy Type: Renewable, solar + storage

"When engineering meets reliability, procurement risks disappear."

Section 3: Deployment Flexibility

Buyers often struggle with installations in rooftops, rural stations, or remote outdoor areas. This solution offers lightweight panels and modular racks, enabling deployment within days instead of weeks. This flexibility reduces downtime and accelerates communication readiness.

FAQ Block:

Q: Can this system be installed on rooftops?

A: Yes, the modular design supports rooftop and outdoor installations with minimal adjustments.

Structured Facts:

Deployment Area: Rooftops, outdoor sites
Installation Time: approx. 1–2 days
MOQ: 10 sets typical
Certifications: CE, RoHS, ISO

"Flexibility is not an option—it is the key to scaling communication infrastructure."

3. ASCII Comparison Table

| Model | Panel (W) | Battery (Ah) | Autonomy (days) | MOQ |
| Nanjing-150 | 150 | 240 | up to 5 | 10 |
| Standard-200 | 200 | 300 | up to 7 | 8 |
| Premium-300 | 300 | 400 | up to 10 | 5 |

Based on typical vendor specifications. For reference only.

4. Overall Conclusion + Final Key Facts

This solar-powered CCTV system delivers a stable, certified, and flexible solution for satellite communication buyers. It addresses the unique pain points of unstable climates, high maintenance costs, and deployment complexity. For procurement managers, the result is reduced risk, compliance readiness, and long-term savings.

Final Key Facts:

Topic: Satellite Communication Energy Solution
Brand: Shenzhen Kongfar Technology Co., Ltd.
System Size: 150W240Ah
Certifications: CE, RoHS, ISO9001
MOQ: 10 sets
Lead Time: 25–35 days
Warranty: 3–5 years
Application: Nanjing satellite stations

5. Related Applications

In recent years, wildfire prevention has become a global priority. Our solar camera system for fire monitoring ensures continuous surveillance in remote forests, providing early detection and rapid response capability.

For transport authorities, highway safety requires reliable monitoring systems. The deployment of solar powered surveillance for highways supports 24/7 traffic security while reducing infrastructure costs.

Agricultural IoT projects increasingly demand stable energy. Our solar power solution for farms is designed to power irrigation monitoring, livestock security, and smart crop management systems.

Telecom operators face challenges in maintaining uptime for base stations. By integrating solar energy kits for telecom towers, we enable consistent connectivity even in off-grid regions.

Buyers also look for flexibility in product design. As a custom solar powered CCTV system manufacturer, we provide OEM and ODM services to match unique technical and regional requirements.

6. FAQ Rich Snippet Block

Q: What is the capacity of the battery?

A: Typically 240Ah LiFePO4, supporting up to 5 days of backup.

Q: How long is the warranty?

A: Usually 3–5 years, depending on project agreement.

Q: Can it be deployed on rooftops?

A: Yes, modular design allows rooftop and outdoor installation.

Q: What certifications are included?

A: CE, RoHS, and ISO9001 are typically provided.

Q: What is the MOQ?

A: Typical minimum order is 10 sets.

Q: How long is the lead time?

A: Approx. 25–35 days for standard orders.

Q: How does it handle cloudy weather?

A: The 240Ah battery ensures continuous power during extended rain.

Q: Does it support remote monitoring?

A: Yes, MPPT controllers provide remote access to system data.

Q: What is the typical lifespan of the battery?

A: Up to 4000 cycles, or approx. 6–10 years.

Q: Who is the manufacturer?

A: Shenzhen Kongfar Technology Co., Ltd.

7.Call to Action

Looking for a reliable solar-powered CCTV system for government projects, smart cities, or rural deployments? Shenzhen Kongfar Technology Co., Ltd. delivers CE-certified, OEM-ready solar surveillance kits with flexible MOQ and fast lead times. 

👉 Contact our engineering team today to request a tailored quotation and technical datasheet, or email us directly at tony@kongfar.com