In the accelerating wave of global energy transition, photovoltaic power generation, as a mainstay of green energy, has always focused on efficiency improvement and cost control. Recently, Jingwei New Energy officially launched its photovoltaic smart tracking system integrating "multi-point mechanical linkage + electrical coordination" technology, which not only precisely addresses industry pain points but also becomes a market favorite with significant "cost reduction and efficiency improvement" performance.

‌Authoritative Validation: Tracking System Advantages Certified by National Data‌

The National Photovoltaic and Energy Storage Demonstration Experimental Platform (Daqing Base) released its 2024 annual data results, providing authoritative endorsement for the superiority of tracking systems. The report shows:

· Dual-axis tracking systems achieve the highest three-year power generation, averaging ‌24.58%‌ higher than fixed-tilt systems (45° inclination).

· Single-axis (10° inclination) systems outperform fixed-tilt systems by ‌64.44%‌ during peak electricity pricing periods.

· Tracking systems effectively compensate for the output limitations of fixed-tilt systems during grid peak hours, responding to grid load demands.

‌Addressing Industry Pain Points: Traditional Tracking Systems Are Falling Behind!‌

Are you also facing these challenges?

· ‌Insufficient Driving Force‌: Single-point drive in long-span, multi-component scenarios easily leads to angle desynchronization, significantly reducing power generation efficiency.

· ‌Poor Terrain Adaptability‌: Rigid structures struggle with complex terrains such as mountains and hills, resulting in large deviations in light-receiving angles.

· ‌High Extreme Weather Risks‌: Strong winds and heavy snows can cause concentrated structural stress, leading to system failure.

· ‌High Maintenance Costs‌: Complex installation and maintenance, coupled with difficult customization, limit the full lifecycle benefits.

‌Solution: Dual-Linkage Synergy for 1+1>2‌

The next-generation smart tracking system, with ‌"mechanical + electrical dual-linkage"‌ as its core, breaks through technical bottlenecks:

· ‌Mechanical Innovation‌: Distributed multi-point drive + flexible linkage structures evenly distribute force, maintaining optimal light-receiving angles even on uneven terrain.

· ‌Electrical Upgrade‌: High-precision sensors + intelligent algorithms enable millisecond-level synchronization and north-south array coordination, significantly improving tracking accuracy.

· ‌Smart Extreme Weather Protection‌: Automatic wind-direction adjustment for resistance reduction and snow-shaking triggers enhance system reliability.

‌Core Advantages: Increased Power Generation, Reduced Costs

‌

· Power generation efficiency surges by ‌15%-40%‌ under complex lighting conditions compared to fixed systems.

· Installation costs drop sharply by ‌0.6-1 cent/watt‌ due to modular design and collaborative control modes.

· Maintenance costs drop by approximately ‌30%‌ with intelligent diagnostics and modular structures.

· Strong adaptability to various scenarios, from residential distributed systems to complex terrains like mountains and water surfaces.

‌Reliable Transmission: The Pivot of Tracking Systems

‌

As a comprehensive R&D and manufacturing enterprise for photovoltaic trackers, we deeply understand:

· Distributed mechanical linkage solutions rely on high-precision, high-durability gearbox technology to ensure stable synchronization at every rotation point.

· The next-generation gearboxes must feature lightweight design, high torque, and long lifespan to withstand extreme loads and complex terrains.

· We are committed to collaborating with bracket manufacturers and power station owners, providing the ‌"power core"‌ for smart tracking systems through innovative gearbox products, thereby enhancing full lifecycle returns.

‌Technological Collaboration: Driving High-Quality PV Development‌

The innovation of tracking systems is not a single breakthrough but a systemic synergy—every aspect, from structural design and electrical algorithms to core components, is crucial. As a gearbox manufacturer, we will continue to focus on:

· Enhancing transmission precision and reliability to support multi-point linkage technology.

· Promoting lightweighting and cost optimization to help bracket manufacturers reduce system costs.

· Deepening collaboration with bracket manufacturers and owners to create more efficient and durable smart tracking solutions.

‌Let’s Collaborate!‌

If you are seeking high-reliability, high-performance tracking gearbox solutions or wish to explore smart tracking system innovations, please contact us! Together, let’s propel the photovoltaic industry toward a new era of ‌"efficiency, reliability, and low cost."