#China #Shenzhen #Energy Storage #SINEXCEL #Drone Logistics

Groundbreaking Energy Solution in Logistics

In an impressive display of innovation, SINEXCEL (300693.SZ) has introduced the first grid-forming energy storage system (ESS) tailored for low-altitude logistics stations. This advancement is a collaboration with Shenzhen Qihay, a notable firm focusing on intelligent vehicles and the burgeoning low-altitude economy. This pioneering step not only marks a significant achievement in energy technology but also sets a new standard for integrating power solutions within the logistics sector.

Revolutionizing Drone Delivery Services

The newly unveiled logistics station, dubbed as the industry's first public service hub, stands out with its unique features. It boasts a parcel locker integrated with a hybrid 'Lithium + Sodium' grid-forming ESS, allowing for cutting-edge AI-driven drone dispatches. This system supports smart warehousing and processes data at an impressive speed, facilitating efficient deliveries of up to 5 kg within a 15 km radius. Notably, further commercial trials for various low-altitude logistics hubs are slated to begin in June, reinforcing the practicality of drone-based delivery systems.

Technical Innovations Driving Change

The hybrid lithium-sodium ESS is the result of a comprehensive research and development initiative spearheaded by Guangdong Province aimed at creating effective grid-forming energy storage converters. This system is not just about energy storage; it promises high reliability, an impressive lifespan, and enhanced energy density. These factors collectively provide robust assistance to urban power systems, validating the feasibility of sophisticated energy storage applications in low-altitude environments.

Addressing Operational Challenges in Drone Logistics

Despite their promise, drone delivery stations often face various operational challenges. Most small drones have flight times limited to 15-20 minutes, leading to the necessity of frequent recharging. Furthermore, remote areas frequently lack adequate power infrastructures, severely disrupting operations. Coupled with high electricity costs in rural stations, this has historically hindered the widespread commercialization of drone delivery services.

The Integrated Energy Hub

The grid-forming ESS has the added capability to integrate seamlessly with solar power systems and charging stations, establishing a 'solar-storage-charging' energy hub. This arrangement ensures timely and consistent power supplies to remote logistics stations and can even cater to agricultural needs, symbolizing a commendable step towards sustainability in operations.

Flexible Deployment and Cost-Effectiveness

Another outstanding feature of this ESS is its easy redeployment capability, which allows rapid relocation as per operational demands. This minimizes redundant infrastructure investments, making it suitable for rural settings or emergency applications. In addition, enhancements in lifecycle durability will significantly lower both depreciation and operational costs.

Future Prospects: Leading the Low-Altitude Economy

As SINEXCEL continues to innovate, the company is committed to advancing the deployment of grid-forming energy storage and charging paradigms, particularly within low-altitude economies. Moving forward, SINEXCEL aims to break new ground in the energy sector, contributing to global energy transition strategies while bolstering the growth of emerging industries that rely on such innovations.

About SINEXCEL

SINEXCEL, founded in 2007, stands as a frontrunner in modular energy solutions, focusing on energy storage, EV charging, and power quality advancements. With an impressive installation of 12 GW of energy storage, the company has deployed 140,000 EV chargers and close to 20 million amperes of Active Harmonic Filters (AHF). Collaborating with industry stalwarts like EVE Energy and Schneider Electric bolsters SINEXCEL's mission to empower energy independence.

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