Tehokkaat kaksinkertaiset aurinkolasi-moduulit
Erittäin kestävä, sopii eri ilmastoihin, tarjoaa pitkän käyttöiän ja erinomaisen energiantuoton.
Miksi valita kaksinkertaiset lasiaurinkomoduulit?
Lasi-lasi-aurinkomoduulit (bifacial modules) lisäävät energiantuotantoa noin 2-5 % verrattuna perinteisiin lasi-taustalevy-moduuleihin, koska ne pystyvät keräämään valoa molemmilta puolilta. Ne soveltuvat erityisen hyvin ympäristöihin, joissa on korkea heijastuskyky, kuten valkoiset katot tai lumipinnat. Niiden kaksoislasirakenne takaa erinomaisen kestävyyden, pidentää järjestelmän käyttöikää ja vähentää ylläpitokustannuksia. Lasi-lasimoduulien ansiosta hyötyt paitsi parantuneesta tehokkuudesta myös vakaasta ja pitkäaikaisesta sijoitetun pääoman tuotosta.
Advantages of Double Glass Solar Modules
Corrosion and Impact Resistance
Excellent protection against corrosion and mechanical damage, ideal for extreme climate conditions.
Long-Term Return on Investment
Longer lifespan (typically 25 years or more) and lower maintenance costs.
More Aesthetic
The high transparency and clean appearance of double glass modules integrate seamlessly into a building's facade.
High Efficiency
The double glass design can capture reflected light on the rear side, increasing the overall module performance.
Versatile Installation Options
Suitable for rooftops, ground installations, and agrivoltaics, especially ideal for long-term commercial and industrial projects.
Higher Wind and Snow Load Resistance
The double glass structure is more robust than glass-backsheet modules, offering better resistance to harsh weather conditions such as strong winds and heavy snow loads.
Parameters/Index | Single Glass Solar Modules | Double Glass Solar Modules |
Photovoltaic Cell Type | Monocrystalline | Monocrystalline |
Glass Type | Single Glass (typically 3.2 mm) | Double Glass (typically 2 layers with a total thickness of 3-4 mm) |
Module Efficiency | 20 % - 23 % | 21 % - 23 % |
Maximum Output Power (W) | 405W - 600W | 410W - 710W |
Durability | High, typically 20 years | High, typically 25 years |
Wind and Snow Load Resistance | High | Higher, suitable for harsh environments |
PID Degradation Resistance | High | Higher, effectively prevents PID effects |
Weight | Light (typically 20-27 kg) | Heavier (typically 22-38 kg) |
Rear Side Light Absorption Capability | Absorbs only light directly hitting the surface | Both front and rear sides absorb light, allowing utilization of reflected radiation |
emperature Coefficient | -0.29%/°C(IBC) | -0.24%/°C(HJT); -0.32%/°C(TOPCon) |
Operating Temperature Range | -40 °C to +85 °C | -40 °C to +85 °C |
Application Environment | Suitable for most standard environments | Suitable for harsh weather conditions and low-light environments |
Application Scenarios | Rooftops, commercial, residential buildings, etc. | Rooftops, open fields, agrivoltaics, etc. |
Mitä kaksoislasimoduuliversioita on saatavilla Maysunissa?

