Infraswin Energy Router: Empowering the Intelligent Energy Internet

In the current wave of digital transformation, the power system is undergoing unprecedented change. Infraswin is making significant inroads in the energy router sector, laying a solid foundation for a smarter, more efficient Energy Internet. With the rapid adoption of renewable energy, traditional power system equipment can no longer meet demands for diverse power supply forms, multi-directional energy flow, and active power flow control. The energy router has emerged as a pivotal component for realizing the Energy Internet.

Integration with Upper-Tier Energy Management Systems (EMS)(Applications: Buildings, Campuses, Microgrids, Power Stations).The Energy Management System enables dispatch optimization, generation forecasting, load forecasting, and data statistical analysis.

Traditionally, managing and grid-connecting photovoltaic (PV) plants required multiple products working together. Now, the Infraswin Energy Router provides a singular solution. Its modular smart inverters are designed for integrated wind-PV-storage energy systems. Building upon the inverter foundation, it adds real-time grid communication, BMS functionality, and system dispatch capabilities to achieve dynamic power allocation among generation, storage, and the grid.

Typical Application Scenarios

 ● Community Microgrids: Integrates PV, energy storage, heat pumps, and residential loads to achieve local energy autonomy. Enhances green power consumption and economic efficiency of electricity use, while improving power supply resilience.

 ● Industrial Parks: Characterized by high and concentrated energy demand, making them ideal for the scaled deployment of PV, wind power, and energy storage. Optimizes energy allocation, reduces PV curtailment rates, and improves comprehensive energy efficiency.

 ● Electric Vehicle Charging Stations: EV charging presents highly fluctuating loads and instant high power, posing significant impact on distribution networks. Infraswin Energy Routers help smooth load fluctuations, reduce electricity costs, and enhance operational efficiency.

 ● Secure & Resilient Grids: They also provide solutions for energy supply in off-grid areas, significantly enhancing regional power supply security and reliability.

Core Advantages of the Infraswin Energy Router

 ● Integrated System, Reduced Complexity

The primary advantage of the Infraswin Energy Router is its consolidation of functions traditionally requiring multiple separate devices into a single product. This not only reduces system complexity but also significantly enhances reliability. Initial applications demonstrate lower failure rates and improved safety.

 ● Enhanced Grid Stability

As the proportion of grid-connected PV increases, so does the risk of grid instability. The Infraswin Energy Router, by mandating paired energy storage and incorporating grid communication and supply-demand planning, dynamically adjusts based on power fluctuations. This enables flexible dispatch across the three interfaces of PV generation, storage, and grid connection, effectively strengthening grid stability.

 ● Intelligent Energy Distribution

Connected to the existing grid and the internet, the Infraswin Energy Router identifies power sources and loads using an equivalent to an internet "IP address." Leveraging AI technologies, it can prioritize the use of clean energy for buildings and manage energy usage according to cost gradients.

 ● Low-Carbon Emission Reduction

Facilitates the reduction of fossil fuel dependency through clean energy substitution and system optimization, contributing to carbon emission reduction.

 ● High Reliability & Resilience

Multi-energy complementarity reduces the risk associated with single-point energy failures, ensuring the supply to critical loads during extreme weather or grid faults.

 ● Core Value Delivered via the Infraswin Digital Cloud Platform

Integrating the energy router with the Infraswin Digital Cloud Platform delivers the following core values, assisting enterprises and organizations in achieving efficient, low-carbon, and intelligent energy management:

 ● Broad Market Potential

Core user segments include the power generation industry, automotive manufacturing, rail transit, airports, integrated commercial complexes, and large-scale theme park projects – all key application scenarios for energy routers. The Infraswin Energy Router offers superior cost-performance.

 ● Strong Promotion by Grid Companies

Grid companies are currently vigorously promoting energy router solutions. As the share of new energy increases, this solution is poised to become an essential requirement for grid connection, helping to lower energy costs, improve supply quality, and meet green energy needs (such as zero-carbon building certification).

 ● Technical Barriers & Competitive Advantage

The Infraswin Energy Router is not merely a single hardware device; its technical barriers lie in multiple complex areas. While the technical difficulty of the inverter portion is relatively moderate, the real challenges involve achieving reliable grid communication, precise power planning, dynamic dispatch, and the development of a capable Battery Management System (BMS).

As the core equipment of the Energy Internet, the energy router is leading a revolution in power management. Infraswin is pioneering innovation in this emerging field, contributing to the development of a more intelligent, efficient, and reliable Energy Internet.