GIGA-VANTAGE

GIGA-VANTAGE

For Scenarios / Customization

VANTAGE Series

JMPV-XV6/72-585~600(R) Monocrystalline Bifacial Half-Cut Anti-Soiling Module
Max Power 600W | Max Efficiency 23.2% | Power Tolerance 0~+3%

An innovative “short-side no-frame” design effectively reduces power loss from dust accumulation, significantly lowering O&M costs and enhancing lifecycle generation gains. This advantage is especially prominent in arid regions with wind and sand, or on flat roofs with low tilt angles. It is key to improving environmental adaptability.

VANTAGE Series

JMPV-XQ1/72-510~525(R) Monocrystalline Half-Cut Flexible Module
Max Power 525W | Max Efficiency 19.6% | Power Tolerance 0~+3%

Ultra-lightweight design (only 10kg) and ultra-flexible (minimum 0.5m bending radius) to fit curved roofs and special structures, achieving seamless BIPV integration. The no-racking, quick-install solution avoids roof penetration, balancing waterproof safety with cost savings. Supports size customization, providing a high-adaptability, high-reliability solution for C&I roofs.

VANTAGE Series

JMPV-XVT6/66-615~630(R) Monocrystalline Bifacial Half-Cut Anti-Glare Module
Max Power 630W | Max Efficiency 23.3% | Power Tolerance 0~+3%

Passed Salt Mist Level 8 testing, demonstrating outstanding salt mist corrosion resistance, specially designed for harsh, high-humidity, high-salt offshore environments. Strong mechanical load capacity (max. 5400Pa front static load) and a 30-year linear power warranty ensure the power plant can withstand extreme marine weather for a more stable investment return.

VANTAGE Series

JMPV-XV6/72-585~600(R) Monocrystalline Bifacial Half-Cut Module
Max Power 600W | Max Efficiency 23.2% | Power Tolerance 0~+3%

New anti-glare glass technology effectively minimizes light reflection and light pollution, eliminating visual disturbance to surrounding residents and ecosystems. Specially designed for light-sensitive areas like residential zones, airports, and transport arteries, ensuring visual comfort, safety, and a harmonious co-existence of buildings and nature.