The core competitiveness of Ruishu Intelligent Microgrid stems from the synergistic empowerment of two cutting-edge products, coupled with an intelligent management platform to maximize performance.

As the core terminal for new-energy vehicle charging and energy replenishment, Ruisu charging piles cover the full power range from 7 kW to 3 MW, supporting Chinese national standards, European CCS2 connectors, U.S. CCS1 connectors, and more, thereby meeting fast‑charging needs across all applications—from new‑energy motorcycles and passenger vehicles to commercial trucks. It features a 10.1-inch smart interactive display and a multi‑protocol RFID reader, supporting dual payment methods via both an app and RF cards. With an IP54 protection rating and an IK10 impact‑resistant design, it can operate reliably in harsh environments ranging from –30°C to 50°C, ensuring stable performance around the clock.

To meet the needs of different scenarios, two types of charging terminals are available: standard chargers with a 300A output current for everyday energy replenishment, and liquid-cooled ultra‑fast chargers that deliver a peak current of 1,000A, making it possible to “fully charge in the time it takes to enjoy a cup of coffee” and hit the road.

As the “energy bank” of a microgrid, the energy storage system, Equipped with high‑safety lithium battery packs and an intelligent BMS, it offers customizable capacity options ranging from 50 kWh to 5 MWh to meet diverse application requirements. By integrating with the Ruisu Intelligent Energy Management Platform, it delivers three core functions: proactively storing electricity during peak photovoltaic generation periods to prevent green‑energy waste; automatically charging and discharging during grid peak‑and‑valley hours to capture price differentials; and enabling seamless, sub‑second switching in the event of a mains power outage to ensure uninterrupted power supply to critical loads.

The system supports seamless on‑grid and off‑grid switching, and with a charge–discharge efficiency exceeding 96%, it can both provide emergency power supply for the campus and generate additional revenue by participating in grid demand response.

As the command center of the microgrid system, the platform leverages dual‑link communication via Ethernet and 4G to collect real-time, multi‑dimensional data on photovoltaic generation, energy storage status, charging‑pile loads, and more. Based on the OCPP 1.6 protocol and proprietary algorithms, it dynamically optimizes energy dispatch strategies—prioritizing self‑consumption of green power to maximize PV utilization; automatically aligning with time‑of‑use pricing to execute peak‑valley arbitrage; and incorporating intelligent fault diagnosis for equipment, significantly reducing manual operation and maintenance costs.

Ruisu’s intelligent microgrid system, with its highly customizable capabilities, has already established mature deployment models across multiple sectors.

Pain point: High production loads result in substantial electricity costs, elevated risks of transformer overload, and significant losses due to power outages.

Solution: A “photovoltaic system + 100–500 kWh energy storage system + multiple 990 kW liquid-cooled charging stations” configuration, serving the park’s production equipment and logistics fleet.

Core Values: Peak‑valley arbitrage reduces annual electricity costs by 20%–30%, while boosting on-site solar self‑consumption to over 85%; the energy storage system smooths load fluctuations, eliminating the need for transformer capacity upgrades; and in emergency mode, it ensures 72-hour uninterrupted power supply to critical production‑line equipment.

Image source: Huizhou Daily

The image above shows our company’s successful completion and commissioning of the integrated “photovoltaic–storage–charging” low-carbon project at the Yuanshan Service Area on the Huidong–Dapu Expressway in Huizhou, Guangdong. This marks the first completed pilot “photovoltaic–storage–charging” energy-storage project at an expressway service area in Guangdong Province.

Pain point: Parking lots lack sufficient charging infrastructure, electricity costs are high during peak periods, and carbon‑emission pressures are significant.

Solution: A “rooftop solar + 50–100 kWh energy storage + 4–6 × 480 kW fast chargers” configuration meets both commercial electricity needs and vehicle‑charging requirements.

Core Values: Green electricity reduces commercial power costs, while high‑power charging stations enhance customer loyalty; carbon‑emission‑rights trading generates additional revenue, helping to establish a benchmark for low‑carbon business practices.

Pain point : The concentrated replenishment of energy for logistics vehicles and ride-hailing cars has led to a sharp increase in grid load, with widespread charging queues.

Solution “A combination of distributed photovoltaics, 200–300 kWh energy storage, and 10–15 liquid-cooled ultra-fast charging stations” to build a high‑density energy‑replenishment network.

Core Values : A 1000A ultra‑fast charging current enables rapid vehicle energy replenishment, while energy storage helps smooth out peak‑and‑valley demand, reducing the burden on grid expansion and ensuring stable operation of the charging network.

Pain point: The power grid has weak coverage, poor supply stability, and faces significant challenges in integrating renewable energy.

Solution: A combination of “residential solar + public‑area photovoltaics + 120–200 kWh energy storage + 2–3 conventional EV charging stations” enables energy self‑sufficiency.

Core Values: Public facilities are powered entirely by clean energy, reducing residents’ electricity bills; by decoupling from the main grid, power supply reliability is enhanced during extreme weather events.

In the new era of market‑driven competition in the renewable energy sector, the Ruishu Intelligent Microgrid System has long transcended its singular role as a mere “power‑supply device” and has become… A comprehensive energy solution that integrates cost control, revenue generation, and risk management. From industrial parks to commercial landmarks, from transportation hubs to remote communities, we leverage technological innovation to reimagine energy value and partner with you on a journey of green, low‑carbon value creation.

Consult us now to receive a customized solution tailored to your specific use case, along with a detailed ROI analysis!

Service Hotline: 020-66260688/133-3288-5836

Company website: http://www.gzruisu.com

Company Address: No. 160, Tashan Avenue, Zengjiang Street, Zengcheng District, Guangzhou City, Guangdong Province

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