The BiT-1P Dual is a single-vertical, double-row tracking bracket from Juzhiyi. It uses a single drive system to operate both rows of components in a coordinated manner, retaining the flexibility of a 1P single-row bracket while reducing the cost of foundations and drive systems to near the level of a 2P bracket. It is suitable for projects that desire the "maintenance convenience of a 1P bracket + the economy of a 2P bracket".
Why choose BiT-1P Dual?
One drive unit drives two rows of components, resulting in a mechanical cost 25% lower than dual 1P units.The BiT-1P*2 system links two rows of 1P modules using a single rotary mechanism, requiring only one motor, one TCU, and one damper. Compared to the "two independent 1P" solution, the mechanical cost is reduced by approximately 25%, and the number of piles is also halved. For projects with relatively ample land but a desire to reduce CAPEX, this is a more favorable option than the 2P system.
Retaining the ±60° tracking range of 1P, the power generation gain remains undiminished.Compared to BiT-2P's ±50° tracking angle, BiT-1P*2 uses the ±60° tracking angle of 1P, resulting in a wider solar tracking range. In low-latitude regions with strong radiation (Southeast Asia, the Middle East, and North Africa), this difference can increase annual power generation by 2%-3%.
Two rows of interconnected but structurally independent components offer more flexible component maintenance and cleaning compared to 2P systems.The BiT-1P*2 has an aisle between the two rows of components, allowing maintenance personnel to move between them. Single-sided component inspection does not require the removal of adjacent modules. Compared to the 2P's dual-row vertical integrated structure, the 1P*2 offers better maintenance accessibility, and the cleaning robot's working surface is also flatter.
Withstands wind speeds of 160 km/h; key components made of Q550 high-strength steel.The entire unit passed the IEC 62817 standard wind tunnel test, and key structural components are made of Q550 high-strength steel (yield strength 550 MPa, higher than the 355 MPa of ordinary Q355). Combined with dampers and a TCU high-wind protection mode, the support structure automatically returns to its original level under extreme weather conditions.
【Typical Application Scenarios】
Large-scale flat-ground power plants with relatively abundant land resources but requiring control of pile foundation and drive costs; sensitive to power generation gain (low-latitude areas with strong radiation); high requirements for module operation and maintenance accessibility; projects using bifacial modules.
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