#China #Shenzhen #Energy Storage #SINEXCEL #Smart Delivery

World’s First Grid-Forming ESS Applied in Low-Altitude Logistics Station

Introduction
In a pioneering move, SINEXCEL has introduced the world's first grid-forming energy storage system (ESS) specifically designed for low-altitude logistics stations. This innovative technology, developed in collaboration with Shenzhen Qihay, a leader in intelligent vehicle technology, sets a new benchmark in the field of energy storage and logistics integration.

The Significance of the Development

The deployment of this grid-forming ESS represents a major advancement in energy systems tailored for low-altitude applications. It affirms the feasibility of integrating energy generation and storage elements effectively within the logistics framework of drone operations. As urban infrastructure evolves, such advancements are crucial for supporting efficient and reliable logistics solutions.

The Unique Features of the ESS

This energy storage system boasts a hybrid lithium-sodium storage approach, which not only enhances reliability but also increases energy density and lifespan. This makes it particularly well-suited for urban energy systems that require high-performance solutions. The system's reliability is pivotal as drone delivery networks depend on consistent power and minimal downtime.

Addressing Challenges in Drone Logistics

Drone delivery systems face specific challenges, particularly regarding flight time and electric infrastructure. Most small drones can only operate for 15 to 20 minutes before requiring recharges. Moreover, in remote areas, inadequate electrical infrastructure can hinder operations. To mitigate these issues, the ESS provides a robust energy solution that enables sustained operations in rural settings, improving access to services such as delivery.

Integrated Energy Center for Low-Altitude Applications

The integration of the ESS with solar charging stations creates a mobile energy hub. This hub supports solar storage and charging, ensuring reliable power supply in agricultural and logistical applications. It represents a shift towards sustainable energy practices in logistics, potentially revolutionizing how goods are transported and delivered in remote areas.

Flexible and Cost-Effective Implementation

One of the ESS's standout features is its portability, allowing quick relocation for various applications, such as emergency services or rural logistics. This flexibility reduces the need for significant infrastructure investments, allowing operators to adapt to changing circumstances efficiently. Additionally, the system's long lifespan leads to lower depreciation rates and operational costs, presenting an attractive value proposition for logistics companies.

Future Innovations and Commitment to Energy Transition

SINEXCEL is committed to advancing technological innovation in low-altitude economies and beyond. The company aims to accelerate the deployment of energy storage and charging infrastructure, further enhancing capabilities within the logistics sector. By breaking new ground in energy solutions, SINEXCEL contributes to the global energy transition and supports emerging industries.

About SINEXCEL

Founded in 2007, SINEXCEL has established itself as a leader in energy storage technology, electric vehicle charging solutions, and power quality systems. The company has an impressive installation base, including 12 GW of energy storage capacity and 140,000 EV chargers. Partnering with industry leaders like EVE Energy and Schneider Electric, SINEXCEL continues to drive advancements in energy solutions.

For more information, visit SINEXCEL’s website or contact their media team at media@example.com.


Image Caption: The first grid-forming energy storage system deployed in a low-altitude logistics station.