Industrial-Grade Solar Power on the Move
Most solar panels are not designed for extreme-duty applications. Sol-Go flexible solar panels are engineered to withstand high impact, constant vibration, and harsh environments found in mining, armored, agricultural, and industrial vehicles. With reliable power output under partial shading and challenging conditions, Sol-Go delivers dependable energy wherever performance matters most.
Walkable
Design
Impact
Resistant
35% More
Power Density
Flexible Architecture
SOL-GO
PANEL TECHNOLOGY
Our panels are engineered for special-purpose vehicles such as mining trucks, tractors, and cranes, delivering high-efficiency power with SunPower® Maxeon® monocrystalline solar cells. The flexible, no-gridline design maximizes sunlight absorption and ensures reliable performance in extreme environments, high temperatures, dust, vibration, and low-light conditions. Each Sol-Go panel is rigorously tested, backed by a 5-year warranty, and available in multiple sizes to adapt to demanding vehicle applications.
Industry comparision
Sol-Go vs. Standard Flexible Panels
Performance metrics that matter for trucking
95%
Power Density
Sol-Go
Competitor
88%
Low Light Performance
Sol-Go
Competitor
92%
Impact Resistance
Sol-Go
Competitor
90%
Flexibility
Sol-Go
Competitor
85
Temperature Tolerance
Sol-Go
Competitor
35%
Higher Efficiency
50%
Fewer Power Losses
✓ Best-In-Class Performance
Technology
SunPower® Maxeon®
Integrated Back Contact
Advanced IBC technology uses a dense pattern of electric contacts on the rear of each cell, with a thick copper base that resists power loss from micro-cracks and corrosion.
No grid lines on front = maximum light absorption
Better performance in low light conditions
25% lower temperature coefficient
Reduced losses at high temperatures
Maintains efficiency when bent or impacted
Enhanced robustness and flexibility
35%
Higher Efficiency
50%
Fewer Power Losses
Sol Go KPIS
“SunPower Maxeon”
solar cells used
Maxeon is a global leader in solar panel innovation, delivering unmatched reliability and efficiency through a unique patented cell architecture that performs exceptionally well even in cloudy conditions and partial shade.
Extremely flexible making them well suited for use in flexible panel applications
Back contact design provides higher strength / increased durability (cell will usually continue working even after localised impact damage)
Patented cell interconnections used to withstand the expansion and contraction caused by daily temperature changes
Solid copper base provides high resistance and eliminates corrosion and cracking
Maxeon cells are typically 3 times the cost of standard monocrystalline cells
5 year warranty on power output (with no salt water exclusion)
IMPACT
Resistant
Walkable
Surface
SOL-GO
WITH INSIDE
INTEGRATED BACK CONTACT (IBC) CELL
IBC technology uses a dense pattern of electric contacts on the rear of each cell. A thick copper base resists power loss by micro-cracks and corrosion also enhances robustness and flexibility. Sol-Go uses the SunPower® Maxeon® IBC cell.
Back contact cells are perfect for high efficiency in low light conditions and reduced high temperature losses. Compare the temperature coefficient which is 25% lower than other crystalline cells.
