Harnessing Wind Power for Zero-Carbon Transportation: Genvict Unveils Its Zero-Carbon Gantry Solution Based on Wind-PV-Storage Power Supply in Fuzhou

On March 26, the 28th China Expressway Informatization Conference opened in Fuzhou. At the main forum of the opening ceremony, Shenzhen Genvict Technologies Co., Ltd. (Stock Code: 002869; “Genvict”) held a dedicated launch event titled “Harnessing Wind Power for Zero-Carbon Transportation—Zero-Carbon Gantry Solution Based on Wind-PV-Storage Power Supply.” Officials from relevant transport authorities, transportation experts, expressway owners and operators from across China, and industry partners gathered to witness Genvict’s latest innovation in transportation-energy integration. The presentation was delivered by Dr. Lin Junhao, Genvict’s Chief Digital Energy Technology Officer. The venue was filled to capacity, making the event one of the highlights of the conference’s opening program.

Addressing Industry Pain Points and Core Needs for Zero-Carbon Expressways

At the launch event, Dr. Lin noted that, under China’s carbon peaking and carbon neutrality goals, expressway gantries serve as critical nodes in road network operations. Conventional power supply solutions have long faced practical challenges, including long transmission distances, high grid-access costs, limited supply reliability, and difficulty transitioning to zero-carbon operations. In response, Genvict developed an integrated wind-PV-storage power supply solution that uses distributed complementary wind and PV generation as its energy source, a high-safety energy storage system as its balancing hub, and full-stack intelligent control as its operational backbone. The solution is designed to enable local energy self-sufficiency and greener operation at critical expressway nodes.

New Product Debuts, Establishing a New Model for Zero-Carbon Power Supply

At the event, Genvict officially unveiled the iEMM100 All-in-One Wind-PV-Storage Power Supply Unit, a new-generation product developed specifically for expressway gantry applications. Integrating a bladeless wind turbine, a PV generation system, energy storage, and intelligent energy management, the iEMM100 provides an end-to-end closed loop covering power generation, storage, supply, and management. Its key features include:

Energy Self-Sufficiency: The unit combines a bladeless wind turbine and PV generation in a dual-source green power system. The turbine can generate power reliably at wind speeds of ≥2 m/s, maximizing the use of wind and solar resources along expressway corridors.

Highly Reliable Power Supply: A flexible, complementary multi-source architecture integrating wind power, PV generation, energy storage, and grid power enables uninterrupted 24/7 power supply. It addresses difficult grid access on remote road sections and weather-related power outages.

End-to-End Intelligent Control: The built-in intelligent control unit works with the gantry power supply system monitoring platform to enable real-time monitoring, fault warnings, and remote control.

Standardized Design and High Scalability: The integrated design improves on-site deployment efficiency, while ample expansion interfaces support future equipment upgrades and deployment across a wider range of scenarios.

Key Advantages for Transportation-Energy Integration

Compared with conventional grid-powered systems, the iEMM100-based zero-carbon gantry power supply solution offers four key advantages:

1. Multi-Energy Complementarity: The solution upgrades the conventional two-source “energy storage + grid power” configuration to intelligent coordination across four sources—wind power, PV generation, energy storage, and grid power—providing a more stable supply mix.

2. Energy Self-Sufficiency: The clean-energy share can rise from nearly zero until, under ideal conditions, the system becomes fully self-sufficient in energy, enabling independent and green operation.

3. Reliable Power Supply: Digital monitoring and intelligent early warning replace reactive fault response, significantly improving power supply reliability.

4. Application Expansion: The solution can be widely deployed in distributed roadside applications such as slope monitoring systems, bridge and tunnel infrastructure, and road lighting, substantially broadening the scope of zero-carbon power supply.

Strong Industry Response Supports the Green Transformation of Transportation and Energy

Genvict’s Zero-Carbon Gantry Solution Based on Wind-PV-Storage Power Supply attracted strong interest and positive feedback from attendees. Following the launch event, Genvict presented the iEMM100 and its full digital energy product portfolio at a dedicated exhibition area (Hall 4, Booth L422), where industry experts and customers gathered for in-depth discussions.

The launch of the iEMM100 marks an important milestone for Genvict’s digital energy product portfolio. Genvict has established a comprehensive product matrix spanning five categories—energy storage, charging, power supply, control, and management—and provides customized zero-carbon solutions across scenarios including gantries, service areas, toll stations, tunnels, and freight corridors. Genvict noted that the newly launched zero-carbon gantry solution represents a key step in advancing its Four-Zero Transportation Mission: zero fatalities, zero accidents, zero congestion, and zero carbon emissions. Going forward, Genvict will continue to deepen its expertise in transportation-energy integration and use technological innovation to accelerate the deployment of zero-carbon solutions across transportation scenarios. Together with industry partners, the company aims to advance the future of zero-carbon transportation.