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Big Launch | Cloud Energy Magic Cube's "Zero-Carbon Park Energy Utilization System Solution" Officially Unveiled
Published:2023-05-06
Energy is the core element underlying all economic activities within industrial and commercial parks, and the most fundamental pathway to achieving a zero-carbon, green transformation is through the efficient utilization of clean energy. To build "zero-carbon parks," it is essential to accelerate the transition of the park's energy structure, increasing the share of clean energy sources such as photovoltaics, wind power, and energy storage—while simultaneously enhancing the efficiency of green energy usage.
Addressing the urgent needs of "zero-carbon park" development—particularly in areas such as energy usage, microgrid construction, and intelligent energy monitoring and operation management—YunNeng Magic Cube has seamlessly integrated a range of innovative technologies, including power IoT, AI-driven intelligence, and edge cloud computing, with cutting-edge electric energy storage solutions and conventional power system control and protection technologies. This integration has led to the development of a next-generation power technology ecosystem, featuring "all-state perception products for electricity, advanced control and protection devices, next-generation energy storage solutions, and digital energy management systems." Leveraging the "artificial brain" provided by advanced software and algorithms embedded in the digital energy management platform, combined with the neural network formed by power IoT all-state perception products and innovative control & protection devices, along with state-of-the-art energy storage equipment, YunNeng Magic Cube has successfully constructed a fully functional, distributed energy system network tailored specifically for zero-carbon parks.
Cloud Energy Magic Cube proudly introduces its innovative "Zero-Carbon Park Energy Utilization System Solution," featuring three core devices and four key highlights. This solution stands out for its high degree of product standardization, seamless integration, and robust intelligent functionalities, offering a cutting-edge approach to building zero-carbon parks—both domestically and internationally—while driving parks toward more efficient energy use.
Three core devices power the cutting-edge smart grid technology for a zero-carbon campus.
"Zero-Carbon Park Energy Utilization System Solution" consists of a distributed smart grid operation and control system, a distributed smart grid energy management system, and a distributed energy storage system.
The Yunneng Magic Cube "Distributed Smart Grid Operation Control System" enables operational control of distributed smart grids—including zero-carbon park distribution systems, photovoltaic systems, energy storage systems, and charging systems—in a variety of application scenarios. This system features the following characteristics:
■ Measurement, Control, and Protection
It collects real-time information on voltage, current, frequency, and other parameters from connection points and individual branch circuits, integrating multiple functions such as protection, measurement, control, monitoring, communication, event logging, and fault recording—all in one compact unit. This enables the system to perform local control and protection tasks within the distributed smart grid infrastructure.
■ Safety and Stability
Real-time collection of grid connection information, coupled with analysis and identification based on local data regarding stability issues arising from busbar, main transformer, or feeder faults within the system. This enables power adjustment or issuance of emergency load-shedding commands, ensuring active frequency control and reactive voltage regulation, while simultaneously minimizing the fault’s scope and reducing overall losses.
■ And Off-Grid Switching
Real-time acquisition of grid voltage, current, frequency, and other parameters, rapid detection of power outages and restoration, enabling seamless on-grid/off-grid switching control to ensure stable system operation under different modes.
The matching Cloud Energy Cube "Distributed Smart Grid Energy Management System" enables monitoring and management of various types of data, along with a comprehensive visualized overview. It features a converged architecture, coordinated control, and intelligent management capabilities. This system has the following characteristics:
■ Hybrid Architecture
Based on a cloud-edge integrated architecture, it provides real-time monitoring of energy storage, load, new energy, and other data, along with data diagnosis and analytical decision-making capabilities.
■ Intelligent Control
Combining centralized and distributed control, it features edge computing capabilities to enhance local response speeds, while the cloud platform enables global collaborative control, creating a highly efficient and coordinated energy management system characterized by "logical centralization and physical decentralization."
■ Panoramic Display
Based on panoramic analysis, the system monitors its operational status, fully leveraging data insights to conduct historical data analysis, statistical analysis, incident replay, and log management—covering areas such as energy storage, load, and new energy sources.
■ Coordinated Control
Achieve coordinated and user-friendly interactions among sources, grids, loads, and storage, supporting a variety of control strategies such as peak-shaving and valley-filling, isolated grid operation, AGC power control, AVC voltage support, system frequency regulation, smooth power output, demand-side management, and anti-backflow protection.
Under the coordinated operation of the "Distributed Smart Grid Operation Control System" and the "Distributed Smart Grid Energy Management System," it becomes possible to seamlessly integrate and connect various distributed energy storage system products and smart grid devices from Cloud Energy Magic Cube, enabling rapid collection of operational data, intelligent control, and efficient operation & maintenance management.
The YunNeng Magic Cube distributed energy storage system features a modular design, allowing it to flexibly adapt to various application scenarios in industrial and commercial parks. It can be deployed in a decentralized manner and easily expanded through scalable configurations. This series of distributed energy storage cabinets comes in two models—air-cooled and liquid-cooled—both of which can seamlessly integrate into the zero-carbon park’s energy utilization system, enabling functions such as real-time tracking of power generation plans, peak-shaving and frequency regulation, and capacity backup. Additionally, other energy storage and smart grid devices, including the YunNeng Magic Cube containerized energy storage cabinet and flexible energy-storage-enabled charging stations, can also be effortlessly integrated into this comprehensive system.
Four core highlights empowering green energy utilization in zero-carbon parks
The "Zero-Carbon Park Energy Utilization System Solution" by Yunneng Magic Cube boasts four core highlights: highly efficient energy distribution and storage, intelligent control methods, diversified monitoring data, and streamlined operation & maintenance management.
Energy Storage Integration Efficiency
Based on the park's electricity consumption data, transformer capacity, wind power, photovoltaic generation, and adjustable load data, the next-generation energy management system platform—Cloud Energy Cube—utilizes AI-powered intelligent algorithms and multi-objective optimization logic to automatically calculate the optimal configuration ratio for energy storage capacity, delivering the most efficient solution for energy storage deployment.
Intelligent regulation methods
By integrating digital technologies such as the Power Internet of Things, AI artificial intelligence, and edge cloud computing, we are building a unified management and dispatch platform for "source, grid, load, and storage," enabling intelligent control and coordination of diverse resources within the park's power grid—including distributed generation, energy storage, air conditioning systems, charging stations, and other loads.
Diverse Monitoring Data
Supports massive data ingestion and enables users to customize data dashboards through configuration, allowing flexible combinations of data types to meet diverse scenario-specific display needs. This provides users with unparalleled freedom and versatility, backed by an industry-leading, highly sophisticated reporting system. Users can choose from the system’s pre-built dynamic data reports to precisely track operational data changes and gain full control over data trends—plus, they can even create personalized, custom reports tailored to their unique use cases.
Streamlined Operations and Maintenance Management
The combination of edge and cloud enables remote, precise control, supports remote OTA upgrades and maintenance, and helps save operations and maintenance personnel time, boost work efficiency, and reduce equipment-related operational costs.
Yuneng Magic Cube's "Zero-Carbon Park Energy Utilization System Solution" seamlessly integrates and deeply merges distributed energy storage with smart grid system products, providing core offerings and technological support for the efficient, green, and low-carbon energy use in zero-carbon parks. This solution will serve as a powerful new driving force, accelerating the transformation of existing industrial and commercial parks, while also fostering a robust integration of green energy with these park ecosystems—ultimately contributing significantly to the development and construction of zero-carbon parks both domestically and internationally.
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