As the demand for energy replenishment in new energy vehicles continues to escalate, Star-flash Smartcharge has taken practical mobile energy replenishment solutions as its core and is continuously expanding the boundaries of application scenarios. Recently, Star-flash Smartcharge officially introduced its Star-flash Charger Robot into the Runrong Shili Integrated PV-Storage-Charging-Inspection Ultra-Fast Charging Station. This robot is equipped with a large-capacity 104kWh battery, supports a super-fast charging power of 100kW, and possesses Vehicle-to-Grid (V2G) energy synergy capabilities. It forms an efficient collaborative model of “fixed ultra-fast charging + mobile energy replenishment” with the Runrong station, further validating Star-flash Smartcharge’s scenario adaptability and industry value in the field of intelligent energy replenishment.
Adapting to the PV-Storage Ecosystem: Star-flash Charger Robot Enhances Station Service Capabilities
As a core regional energy replenishment hub, the Runrong Shili Ultra-Fast Charging Station has established a solid foundation for energy replenishment through its integrated PV-storage-charging-inspection design. The station features over 40 charging parking spaces, complemented by PV canopies and energy storage cabinets, achieving a closed-loop system for green electricity production, storage, and efficient charging/discharging. It also boasts V2G vehicle-to-grid interaction capabilities. The introduction of the Star-flash Charger Robot precisely fills the energy replenishment gap during peak hours at the station, creating a complementary pattern where “fixed charging piles ensure basic demand while mobile robots address tidal traffic flows.”
Tailored to the energy ecosystem of the Runrong station, the Star-flash robot can leverage its energy synergy capabilities to interact positively with the station’s PV and energy storage systems (its supported V2G function aids the station in basic energy scheduling). This not only avoids additional loads on the power grid but also maximizes the utilization of green electricity resources. According to estimates, during peak charging periods, the Star-flash robot can swiftly respond to the needs of queued vehicles. With a single full charge, it can serve 3-5 vehicles, boosting the station’s overall service capacity by over 50%. This significantly optimizes the energy replenishment experience for vehicle owners, eliminating the need for long waiting times.
Core Energy Replenishment Strengths: A Practically Verified Efficient Solution
The charging robot deployed by Star-flash Smartcharge focuses on “rapid energy replenishment” and “flexible deployment” as its core advantages. Its large-capacity 104kWh battery, paired with a 100kW super-fast charging module, can replenish a vehicle’s range by approximately 135km within 10 minutes per charge, fully meeting vehicle owners’ core demand for “charging on the go.” This efficient energy replenishment capability has been thoroughly validated in the previous implementation at the Fengxian Xianli Ultra-Fast Charging Station.
Previously, at the Fengxian Xianli Ultra-Fast Charging Station, a similar Star-flash charging robot effectively alleviated congestion during peak hours through flexible scheduling, enhancing the station’s equipment utilization rate while earning widespread recognition from vehicle owners. For its entry into the Runrong Shili Ultra-Fast Charging Station, Star-flash has further optimized the robot’s scheduling logic. With simple operations by maintenance personnel, the device can swiftly respond across over 40 parking spaces, ensuring stable energy replenishment efficiency in complex station environments. This fully embodies Star-flash’s product philosophy of “solving industry pain points with practical solutions.”
Expanding Energy Replenishment Boundaries: Star-flash Drives Industry Network Upgrades
This collaboration with Runrong Shili marks a significant step in Star-flash Smartcharge’s exploration of the “fixed + mobile” energy replenishment model. With the continuous growth in the number of new energy vehicles, traditional charging stations generally face structural contradictions of “peak congestion and off-peak idleness.” The mobile energy replenishment characteristic of the Star-flash Charger Robot provides an effective solution to this dilemma. By dynamically supplementing station capabilities, it can help stations increase equipment utilization by over 40% and improve overall energy utilization efficiency by 25%-45%. This aligns closely with the national policy direction of promoting high-quality development of charging infrastructure.
A representative from Star-flash Smartcharge stated that the company will continue to optimize the collaborative scheduling algorithm between charging robots and PV-storage charging stations based on the practical experiences from the Runrong and Fengxian stations, further enhancing energy replenishment efficiency and user experience. From deploying single devices to achieving scenario ecosystem synergy, Star-flash Smartcharge is providing replicable and scalable solutions for the construction of intelligent energy replenishment networks through its technological innovations, propelling the industry towards a “more efficient and flexible” new stage of energy replenishment.
