In the current context of the deepening of the "dual carbon" strategy and the continuous evolution of energy market mechanisms, green power direct connection, as a new direct supply model between clean power generation and consumption, achieves controllable power supply and physical traceability of carbon footprint. At the same time, it provides underlying support for enterprises to cope with international carbon tariffs and strengthen green supply chain management through self-sustaining consumption and source network linkage.

Driven by policy calls and industrial demand, Lisiner has taken the lead in laying out the first green electricity direct connected comprehensive energy project for the non-ferrous metal industry in Hubei Province, with a high energy consumption park as the core. The total investment of the project exceeds 450 million yuan, and the core module construction has been completed. It is expected to complete the first phase delivery in the second half of the year.

The project integrates regional wind power, centralized photovoltaic, and park photovoltaic resources to build a new paradigm of clean energy operation and create a controllable, clean, and efficient composite energy supply system.

Multidimensional empowerment, transforming high energy consuming parks into green butterflies

Dual energy structure of "thermal power+green power"

The park mainly focuses on high-temperature smelting and electrolysis processes, with large load fluctuations and high energy intensity, making it a typical energy intensive industry. Lisiner has built a new 110kV dedicated line and equipped it with a dual power supply system based on its load characteristics, combining green electricity with traditional grid power supply, providing multi energy supply of "thermal power+green electricity", comprehensively improving the flexibility and cleanliness of energy supply.

Light storage straight and flexible, building an intelligent microgrid

The park is equipped with a 20MW distributed photovoltaic system and a 60MWh energy storage system. Combined with Lisiner's mature photovoltaic storage direct flexible solution, it can dynamically adjust, achieve revenue, and improve green power consumption rate, while effectively ensuring the continuity and stability of power supply in the park during extreme weather or fluctuation periods.

Subsequent projects will be further incorporated into innovative scenarios such as integrated light storage and charging stations, heavy-duty truck swapping, etc., providing efficient energy replenishment solutions for high-frequency and high-intensity park logistics, achieving full chain green power coverage from production and manufacturing to in plant logistics, and further expanding the boundaries of green power utilization.

Smart operation, realizing value leap

By utilizing big data and AI technology, the energy flow and information flow in the park are interconnected, providing support for multi energy complementary scheduling and refined control, and improving the utilization rate of green electricity and the resilience of the energy system.

The park has the comprehensive energy dispatch capability to participate in the electricity market, which not only ensures the priority supply of green electricity on the core load side, but also expands the considerable energy revenue space for enterprises while ensuring stable energy supply. In the future, the digital intelligence platform will also combine carbon asset management mechanisms to assist homeowners in transforming the results of green electricity consumption into tradable carbon value.

Integrated collaboration of wind, solar and energy storage, building a benchmark for green power direct connection and digital intelligence

The project will continue to construct wind power and centralized photovoltaic power stations around the park, forming a multi energy collaborative green power system, providing a high proportion, stable and controllable green power supply for high energy consuming industries. It is estimated that the project can generate over 200 million kilowatt hours of green electricity per year, achieving a reduction of approximately 130000 tons of CO2 equivalent, equivalent to planting 2.1 million trees.

At the same time, Lisiner is expected to invest 3 billion yuan to build the first magnesium industry green power direct connection park project in Shanxi Province, which is also progressing in an orderly manner. The "green power direct connection" model independently invested and operated by Lisiner has been continuously practiced in high-energy consumption large-scale industrial parks, providing a reliable path for the regional economy to transform from resource advantages to industrial advantages in a green way.

Lisiner， Focusing on microgrids, serving the large power grid, promoting the deep integration of technology, scenarios, and values, and helping clean energy to unleash stronger energy.

The company continues to focus on project implementation, deepen the optimization of energy structure and clean energy utilization efficiency in the park, and provide systematic and integrated comprehensive energy services to assist in the green transformation and sustainable development of the industry. (This article is from the official website of Jian Dao www.seetao.com. Reproduction without permission is prohibited, otherwise it will be prosecuted. Please indicate Jian Dao website+original link when reprinting.) Jian Dao website enterprise publicity column editor/Yang Beihua