On June 13th, the 18th SNEC Photovoltaic and Smart Energy Conference successfully concluded. During the three-day period,LISINER's core strategic proposition was "focusing on microgrids and serving the big grid". Through booth presentations, project dialogues, and industry expressions, Lixingneng showcased its system delivery and business innovation capabilities from scenario solutions to asset operations in a three-dimensional manner.

We use four sets of keywords to record the key presentations of LISINER on this SNEC.

Create a scene

Focusing on the diverse needs of users, LISINER takes microgrids as the core structural unit to showcase comprehensive solutions for users, data communication centers, and innovative demonstration scenarios at the exhibition. Through the strategy decomposition and operational logic restoration of real projects, present the energy system design method of "smart operation multi-dimensional optimization value transition".

At the exhibition site, numerous industry customers and partners walked into the LISINER booth to conduct in-depth discussions on power structure optimization, energy storage scheduling strategies, and asset return mechanisms. The understanding of "reconstructing the logic of energy value, linking products and operations, and making 1+1>2" is gradually becoming a consensus.

Speaking of Operations

LISINER Energy focuses on the path design of "strategy driven+platform scheduling", and builds a green power return chain with digital operation as the core for customers through asset allocation capability, load curve modeling capability, and trading mechanism access capability.

The load characteristics, electricity consumption strategies, and spot participation capabilities of different users will all affect the pace of their green electricity value release. This precise deconstruction of scene characteristics and revenue structure is becoming a key capability label that distinguishes LISINER from traditional integrators.

Taking an independent energy storage power station in Hebei Province as an example, the project has successfully entered the market, achieving preliminary operation of the energy commercial closed loop under the spot mechanism. This project injects new momentum into regional energy security and the development of new energy, significantly improving the grid regulation capability and the stability and reliability of system operation. While promoting the consumption of new energy and ensuring regional power supply, it also drives the coordinated development of the energy storage industry chain upstream and downstream.

Discussing Strategy

LISINER not only excels in solid project implementation capabilities, but also systematically outputs its forward-looking energy operation methodology in multiple in-depth interviews. During an interview with industry authoritative media, the company's senior management delved into the development path and future prospects of microgrids, and emphasized several key strategic directions:

High security: Build a multi-level and multi-dimensional active defense and intelligent warning mechanism, and create an energy security guarantee mechanism that integrates operation, data, and transactions.

Smart operation: Connect a highly intelligent and autonomous new energy ecosystem service loop, achieve efficient collaboration and real-time optimization of distributed resources, and promote a smart operation model.

Promote innovation: Actively practice the innovation of green power direct connection mode, use digital platforms to connect green power production, consumption and certification links, and accelerate the transformation of energy consumption side.

Microgrids are not the end point, but the starting point that connects users, devices, and markets. ”Only by embedding energy storage into a longer value chain can we build a resilient and profitable energy ecosystem.

Three-dimensional system

In the "Top Ten Highlights of Energy Storage" selection of this year's SNEC, LISINER stood out among numerous exhibiting companies and won two industry awards with its multi-dimensional delivery capabilities.

The Jiangxi Low Carbon Intelligent Microgrid Project has won the "Energy Storage Application Excellence Award" with its comprehensive advantages of "integrated light storage and load, efficient consumption, and multi-dimensional collaboration". The project has the system capability of multi energy collaboration and flexible integration. Through the linkage of wind, solar, storage and load, the carbon dioxide emissions generated by production and living activities in the park have been reduced to "near zero" levels, fully verifying the vitality of the "integrated light storage and load+smart operation" model.

At the same time, the company won the "Energy Storage Innovation Enterprise Award" with its new energy full ecosystem service closed-loop model of "product+platform+strategy+transaction". This honor not only affirms the system building power of LISINER, but also marks that we have taken the lead in innovative platform based energy storage business models.

As the core enterprise of Yaoning Technology Group's new energy sector, LISINER is committed to the sustainable development of clean energy and has become a leader in green and intelligent microgrids. Based on the research and development centers in Hangzhou and Changsha, build a self-developed technology system that integrates software and hardware full stack; Two major intelligent manufacturing bases in Jiangxi are interconnected, equipped with GWh level production lines, with a planned annual production capacity of over 20GWh. At present, LISINER has built a full chain capability covering equipment intelligent manufacturing, system integration, strategy formulation, platform operation, and asset. appreciation, creating a comprehensive smart energy management system.

In the future, the company will continue to use technology driven strategies and strategy driven revenue, deeply cultivate typical scenarios, refine operational models, and expand value linkage with ecological partners through open collaboration, building a more deterministic green power operation ecosystem.

Thank you to every partner who has visited SNEC. Regarding the story of microgrids, LISINER will continue to write.(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 strategy column editor/Yang Beihua