Lingtech Solar Debuts New 390W Monocrystalline Panel – Customization Available Below 500W

Expanded footprint and enhanced efficiency target seven specialised global infrastructure niches

Lingtech Solar has introduced its latest monocrystalline photovoltaic module, a 390W unit engineered for demanding energy transition projects beyond conventional rooftop and ground-mount farms. With physical dimensions of 2008x1002x35mm and a refined cell architecture, the panel delivers a meaningful efficiency uplift over previous generations while remaining fully customizable for orders requiring outputs under 500W.

The new panel’s slightly larger format – a deliberate design choice – responds to project developers’ need for higher density in constrained or irregular spaces. Rather than pursuing a one-size-fits-all approach, Lingtech Solar has optimised this release for seven specific, high-barrier application scenarios where reliability, site adaptability, and logistical simplicity are as critical as per-watt performance.

• High-Voltage DC Converter Stations – Auxiliary Green Power

The 2008x1002mm footprint aligns seamlessly with contiguous idle land parcels surrounding ultra-high-voltage converter stations worldwide. By boosting generation per square metre, the panel enables station operators to supply cooling systems and auxiliary control infrastructure with on-site renewable energy, reducing both grid draw and operational carbon footprints without compromising station safety clearances.

• Submarine Cable Landing Stations – Coastal Resilience

Designed with robust corrosion-resistant materials, the module withstands salt-laden coastal air and high-humidity cycles typical of transoceanic fibre landing points. Scalable arrays around cable stations can provide independent green backup for signal repeating and monitoring equipment, offering an alternative to extended overland cable runs – a key advantage for telecom hubs upgrading to lower-emission operations.

• Space Launch Complexes – Perimeter & Meteorological Power

The panel’s reinforced front sheet and UV-stable encapsulation suit the exposed, high-irradiation conditions of launch site perimeters. Large open fields around spaceports can now host dense PV installations that feed weather radar, lightning detection, and security surveillance networks, supporting commercial launch providers’ voluntary zero-carbon infrastructure targets without interfering with flight safety corridors.

• Wind Turbine Towers – Hybrid Generation Integration

Leveraging a weight-optimised laminate structure, the 390W unit can be mounted on the external cylindrical surfaces of large onshore wind towers. The 2008mm length and 1002mm width match standard tower section curvatures, enabling straightforward fixture during routine maintenance windows. During low-wind or grid-curtailment periods, these attached panels continue generating, offering a practical pathway for wind farm operators to diversify on-site energy mix.

• Semi-Submersible Drilling Platforms – Offshore Self-Sufficiency

With its rugged encapsulation and sealed junction box, the panel performs reliably in the spray, vibration, and temperature swings of deepwater drilling environments. Its larger surface area maximises the usable deck space on platform topsides, channelling solar harvest into crew accommodation loads and monitoring system batteries – reducing runtime hours of diesel gensets and easing compliance with evolving offshore emissions guidelines.

• Continental Highway Charging Plazas – Heavy-Duty EV Replenishment

For transcontinental routes such as the Pan-American Highway and the Eurasian Land Bridge, the panel’s high-wattage density reduces total module count per charging plaza, accelerating installation timelines and lowering structural racking costs. The 390W output supports direct or buffered charging for electric heavy trucks, aligning with multilateral efforts to establish zero-emission freight corridors across major landmasses.

About Lingtech Solar
Lingtech Solar specialises in high-durability photovoltaic solutions for critical infrastructure, transportation, and heavy-industry applications. With manufacturing traceability and in-house R&D for cell interconnection and lamination, the company serves utilities, EPC contractors, and system integrators across six continents.

The 390W monocrystalline module is now available for sample orders, with volume shipments scheduled for Q4 2026. Engineering support packages include site-specific mounting recommendations, string sizing calculations, and 25-year linear performance warranties.

Please visit www.lingtechsolar.com or contact info@lingtechsolar.com.