CIFI SUN Secures Major Contract for 18 Solar Projects in Madagascar

CIFI SUN, a leading provider in the renewable energy and solar power sector, is proud to announce the successful signing of a comprehensive supply contract for 18 distinct solar photovoltaic (PV) projects across Madagascar. This significant milestone underscores the company's expanding global footprint and its capability to deliver complex, large-scale renewable energy solutions tailored to diverse site requirements.

Totaling over 1.5 MW of installed capacity, this extensive portfolio spans multiple regions in Madagascar. The projects feature a mix of high-capacity 585W and 330W solar PV modules. To ensure optimal performance and safety, CIFI SUN is supplying custom PV combiner boxes (ranging from 4-in 3-out to 18-in 2-out configurations), high-quality PV1-F-DC solar cables, durable MC4 connectors, and heavy-duty YJV copper output cables for grid connection.

Detailed Project Breakdown

1. Andranomora Project

With a capacity of 104.4 kW, this project utilizes 180 pieces of 585W PV modules (10S9P*2). It features one 18-in 2-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 18 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×25mm² cables. The final output utilizes YJV 0.6/1KV 4×95+1×50mm² copper cables.

2. Anosinalainolona Project

With a capacity of 55.68 kW, it utilizes 96 pieces of 585W PV modules (8S4P*3). It features one 12-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 12 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

3. Mandoto Project

With a capacity of 77.952 kW, it utilizes 128 pieces of 585W PV modules (16S8P). It features one 8-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 8 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

4. Ambakoka Project

With a capacity of 34.8 kW, it utilizes 60 pieces of 585W PV modules (15S4P). It features one 4-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 4 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

5. Tsararano Project

With a capacity of 34.8 kW, it utilizes 60 pieces of 585W PV modules (15S4P). It features one 4-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 4 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

6. Ambalajia Project

With a capacity of 27.84 kW, it utilizes 48 pieces of 585W PV modules (16S3P). It features one 3-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 3 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

7. Nandrasana Project

With a capacity of 27.72 kW, it utilizes 84 pieces of 330W PV modules (14S6P). It features one 6-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 6 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

8. Miadana Project

With a capacity of 27.84 kW, it utilizes 48 pieces of 585W PV modules (16S3P). It features one 3-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 3 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

9. Beratsimanana Project

With a capacity of 34.8 kW, it utilizes 60 pieces of 585W PV modules (10S6P). It features one 6-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 6 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

10. Tsaramandroso Project

With a capacity of 34.8 kW, it utilizes 60 pieces of 585W PV modules (10S6P). It features one 6-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 6 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

11. Berivotra Project

With a capacity of 55.68 kW, it utilizes 96 pieces of 585W PV modules (12S8P). It features one 8-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 8 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

12. Mangabe Project

With a capacity of 41.76 kW, it utilizes 72 pieces of 585W PV modules (9S8P). It features one 8-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 8 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

13. Tsararano2 Project

With a capacity of 37.12 kW, it utilizes 64 pieces of 585W PV modules (16S4P). It features one 4-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 4 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

14. Satrokala Project (Flagship Project)

The largest single project in this agreement, featuring an 835.2 kW capacity. It utilizes 1440 pieces of 585W PV modules (10S144P*16) and features eight 16-in 8-out combiner boxes. The DC side uses PV1-F-DC 2×6mm² cables and 144 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×25mm² cables. The final output utilizes eight runs of heavy-duty YJV 0.6/1KV 4×95+1×50mm² and YJV 0.6/1KV 4×(4×240+1×120) copper cables to handle the high power transmission.

15. Andiolava Project

With a capacity of 23.2 kW, it utilizes 40 pieces of 585W PV modules (10S4P). It features one 4-in 3-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 4 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×2.5mm² cables. The final output utilizes YJV 5×25mm² copper cables.

16. Sahasindro Project

With a capacity of 18.48 kW, it utilizes 56 pieces of 330W PV modules (14S4P). It features one 4-in 3-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 4 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×2.5mm² cables. The final output utilizes YJV 5×25mm² copper cables.

17. Tanambao Ampano Project

With a capacity of 18.48 kW, it utilizes 56 pieces of 330W PV modules (14S4P). It features one 4-in 3-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 4 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×2.5mm² cables. The final output utilizes YJV 5×25mm² copper cables.

18. Ambanizana Project

With a capacity of 36.96 kW, it utilizes 112 pieces of 330W PV modules (14S8P). It features one 6-in 8-out combiner box. The DC side uses PV1-F-DC 2×6mm² cables and 6 pairs of MC4 connectors, while the combined output uses PV1-F-DC 2×4mm² cables. The final output utilizes YJV 5×25mm² copper cables.

Commitment to Excellence

"Our team has worked meticulously to engineer the exact technical specifications required for each of these 18 unique sites"

"From the MC4 connectors to the heavy-duty YJV output cables, every component has been selected for durability and maximum performance in Madagascar's climate. This contract is a testament to our robust supply chain and our commitment to supporting Madagascar's transition to sustainable energy."

About CIFI SUN

CIFI SUN is a premier provider of solar energy solutions, specializing in the design, supply, and integration of PV modules, combiner boxes, and energy storage systems. Committed to innovation and sustainability, the company delivers reliable, high-efficiency renewable energy solutions to clients worldwide.