From High-Carbon to High-Efficiency: Infraswin Energy Leads a New Form of Intelligent Energy Economy in Industrial Parks

Infraswin Energy’s “Digital Power”: A Complete Closed Loop from Device Layer to Platform Layer

Founded in 2009, Shanghai Infraswin Energy Co., Ltd. is a Shanghai-based high-tech enterprise and a “Specialized and Sophisticated” enterprise focused on intelligent power distribution and energy management. The company’s core business covers the development and utilization of smart microgrids, energy conservation, and energy storage. Its product portfolio includes intelligent power distribution cabinets, automation control cabinets, and integrated energy management systems.

In the field of zero-carbon park construction, Infraswin Energy’s core competitive advantage lies in its self-developed “Infraswin Digital Cloud Platform.” Built around energy wave technology, the platform performs multi-dimensional ultra-high-frequency waveform sampling and analysis on randomly disturbed energy lines, enabling equipment type identification, status analysis, energy consumption monitoring, and fault warning in complex multi-load scenarios.

As emphasized in the company’s solutions, Infraswin is building a “data-driven, human-machine collaborative, cross-sector integrated, co-created and shared intelligent energy economy.” This new economic form — defined by “data + computing power + algorithms” for intelligent decision-making and operation — is the core engine that drives zero-carbon parks from “high-carbon and high-consumption” to “low-carbon and high-efficiency.”

Three Core Technologies to Solve the Challenges of Zero-Carbon Park Implementation

To address the three major challenges in zero-carbon park construction, Infraswin Energy offers three “keys.”

Key One: AI-Powered Smart Energy Management Cloud Platform — Enabling “Intelligent” Energy Management

This platform leverages AI large models for real-time data collection and processing, enabling real-time monitoring and in-depth analysis of energy usage, accurately identifying energy bottlenecks and optimization points. Based on big data technology, the platform performs multi-dimensional analysis of historical and real-time energy consumption data, forecasts future energy demand, and provides data support for dispatch optimization. It offers park enterprises a complete closed loop from data collection and analysis to optimization control, making energy consumption management and carbon emission online monitoring more accurate and efficient. The company currently holds over 40 patents and multiple software copyrights, laying a solid technical foundation for the digital low-carbon transformation of industrial parks.

Key Two: Smart Microgrid Solution — Enabling Green Power to Be “Used Where It Matters”

Based on IoT and big data technologies, Infraswin Energy provides distributed energy monitoring, load forecasting, and dynamic dispatching services for industrial and commercial parks, integrating photovoltaics, energy storage, and traditional energy equipment to optimize energy efficiency. This solution plans and operates power sources (generation), grid (network), load (consumption), and storage (battery) as an integrated whole, which is highly aligned with the “source-grid-load-storage integration” strongly promoted by the state. In December 2025, the source-grid-load-storage smart energy management and control platform of Zhongxin Construction Power Group was successfully launched, marking the completion of the nation’s first city-level source-grid-load-storage integration demonstration zone, providing a replicable model for similar regions across the country.

Key Three: Solar-Storage-Charging Integrated Solution — Creating a Path for Energy Recycling

The “Infraswin Digital Cloud + Solar-Storage-Charging Integrated Solution” helps enterprises improve operational efficiency, reduce management costs, and lower carbon emissions. The company’s products cover intelligent power distribution cabinets, automation control cabinets, and photovoltaic-storage integrated cabinets, widely used in key park industries such as power plants, petrochemicals, and metallurgy. Notably, the Ri4Power-ZN intelligent low-voltage switchgear, jointly developed by Infraswin Energy and Germany’s Rittal, is suitable for large-scale power distribution scenarios with rated operating currents up to 6300A, providing highly reliable power distribution support for large parks and industrial customers.

Let us look forward to seeing more and more industrial parks successfully achieve green and low-carbon transformation with the help of Infraswin Energy and other digital energy enterprises.