Array spacing improves back-side irradiation by reducing shadow interference from front-row components, but it requires a balance between land utilization and power generation density.
Clean the surface of the components regularly to prevent dust accumulation and the formation of hard scale, which can lead to local overheating and increased attenuation.
True balance lies not in absolute trade-offs but in precise matching based on the application scenario—letting structure serve the environment, and design serve lifespan.
From physical innovations in battery structure to dynamic adaptation to environmental variables and global optimization of system design, every step must be anchored by data and driven by profitability.
The double-sided, double-glass n-type monocrystalline solar photovoltaic module achieves a technological leap from "unidirectional".
The double-sided, double-glass topcon monocrystalline solar photovoltaic module offers unique advantages in various application scenarios due to its exceptional installation flexibility.
