
Core Viewpoint - The fourth China International Energy Storage Exhibition showcased Huichuan Technology's "Zero Carbon Equation: 1+4+X=0" industrial carbon neutrality strategy, positioning the company as a provider of comprehensive solutions for deep decarbonization in high-energy-consuming industries [1] Group 1: Industrial Carbon Neutral Strategy - Huichuan Technology's strategy emphasizes a four-dimensional collaboration of equipment flow, process flow, energy flow, and information flow to create a "dual funnel" ecosystem, promoting deep integration of industrial automation and energy management [1] - The company aims to optimize energy usage in high-energy-consuming enterprises through automation and process technology, which is central to its digital and low-carbon transformation strategy [2] Group 2: Energy and Automation Integration - The future direction of automation development is seen as the integration of energy, automation, and intelligent manufacturing to achieve efficient and low-carbon manufacturing processes [2] - Huichuan Technology's core advantage lies in its ability to deeply integrate automation technology with energy management, focusing on customized industrial scenarios [6][7] Group 3: Energy Storage Industry Insights - The energy storage industry is characterized by a concentrated upstream and downstream structure and strong policy guidance, necessitating breakthroughs through technological, solution, and business model innovations [6] - The release of the "Notice on Deepening the Market-Oriented Reform of New Energy Grid Connection Prices" is expected to lead the energy storage industry from disorder to order, emphasizing cost, performance, and scenario collaboration [6] Group 4: Collaborative Ecosystem Strategy - Huichuan Technology positions itself as an enabler rather than a full-chain participant, aiming to cover more scenarios through partnerships based on resource complementarity and technological collaboration [7] - The company plans to expand cooperation with partners to implement segmented scenarios, such as energy storage systems in coal mine ventilation, promoting the integration of "automation + energy" solutions [7]