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We have cooperated with more than 200 countries in solar energy projects and road lighting projects. We have exported products to many countries and participated in many important government projects around the world.
We have cooperated with more than 200 countries in solar energy projects and road lighting projects. We have exported products to many countries and participated in many important government projects around the world.
Anern has 17 years of experience in solar lighting and solar product manufacturing. Anern is headquartered in Guangzhou. With a production base of 7,000 square meters, our company has an R&D team of more than 100 people.
Date: January, 2026
Project Type: Off‑grid solar + storage power system deployment
Location: Chad
System Power Level: 10.2kW
Core Product: Anern AN‑SCI‑EVO10200 Series Solar Inverter
Target Users: Community homes, small businesses, and remote sites requiring stable, standalone electricity
This Chad project demonstrates how a 10.2kW-class off-grid inverter platform can be applied in areas where power availability is limited and dependable electricity is essential for daily operations.
End users and local project partners in Chad faced several practical barriers:
Limited grid access: many sites are far from stable utility coverage or have frequent outages.
High demand peaks: simultaneous use of lighting, refrigeration, communications, and tools creates higher surge and peak requirements.
Fuel cost and logistics: reliance on diesel generators increases operating cost and creates refueling/maintenance difficulties.
Solar variability: hot climates, dust, and seasonal changes can reduce PV output, requiring better energy buffering.
Need for continuity planning: essential loads must stay powered even during low-solar periods, making backup pathways important.
Anern selected the AN‑SCI‑EVO10200 inverter to anchor the 10.2kW off-grid configuration, focusing on stable power conversion and flexible integration.
Key solution benefits:
10.2kW output capacity suited for higher-demand off-grid sites
Designed to prioritize solar + battery as primary energy sources for daily operation
Supports external input options (utility or generator, when available) to strengthen continuity planning
Simplifies project execution by using a single high-power inverter platform that can be adapted to different site needs through PV and battery sizing
After implementation, the 10.2kW off-grid system enabled:
More stable electricity access for daily activities at remote or underserved sites
Reduced operational interruptions by enabling solar-first power with battery buffering
Greater confidence during low-solar periods through backup input readiness
A scalable reference model for similar off-grid installations across Chad and neighboring markets
Product page: Anern AN‑SCI‑EVO10200 Series Solar Inverter (10.2kW)
https://www.anern.com/products/an-sci-evo-series-solar-inverter-an-sci-evo10200/
More Reading:
Solar Inverter Installation Guide
Detailed Explanation of Smart Hybrid Inverter
MPPT Controller vs MPPT Inverter: Key Differences Explained
Q1: What types of sites in Chad fit a 10.2kW off-grid system?
A: It fits larger households, small shops, community facilities, and remote offices that need reliable electricity for multiple loads.
Q2: Can the system operate when solar generation is low?
A: Yes. Battery storage supports continued operation, and the configuration can also use an external input (such as a generator or utility, if available) as supplementary power.
Q3: Why choose a 10.2kW inverter instead of a smaller model?
A: Higher inverter power helps handle more appliances simultaneously and supports heavier peak loads, which is important for multi-use off-grid sites.
Q4: Is the system expandable in the future?
A: Typically, yes—expansion is commonly achieved by increasing PV array size and/or battery capacity within the system design limits.
Contact us today for pricing, technical support, and project solutions
