With the continuous promotion of the "dual carbon" strategy, photovoltaics have become an important driving force for global energy transformation and upgrading, and the energy storage "forces" following closely behind them are gradually moving towards a high-speed growth stage.

In 2024, the digitization and greenization of power development will also be an important trend of a new round of technological revolution and industrial transformation, and an important direction for creating new advantages for high-quality development with new quality productivity.

In response to the continuous changes in "trends" and "markets", Zhensen Electric Energy has always been at the forefront of the industry, embracing "changes" with a proactive attitude.

Zhensen Electric Energy Research Team and Huawei Digital Energy Leaders Take a Group Photo

Recently, the Zhensen Electric Energy Research Team visited Huawei's Shenzhen Antuoshan Digital Energy Base, a leading brand in digital energy supply, for a new round of technical discussions and in-depth exchanges. Together with Huawei Digital Energy, they actively explored industrial and commercial intelligent optical storage full scenario solutions.

01

Customized design of panoramic light storage for the entire venue

How to achieve on-demand customized clean power solutions and efficient green energy transformation for industrial and commercial photovoltaic energy storage applications with different industries, attributes, and even roof structures?

The Zhensen Electric Energy Research Team is exploring multidimensional technical solutions with Huawei's partners to address the majority of photovoltaic roof types and major electrical system issues in the market.

Starting from multi-level technical exchanges such as scenarios, demands, equipment, markets, construction, and operation and maintenance, Zhensen collaborates with Huawei to create an intelligent AI light storage collaborative solution for smart digital energy. Centered around multiple scenarios such as large power stations and industrial and commercial areas, Zhensen operates a new smart power system that can help enterprises achieve maximum utilization and benefits in photovoltaic power generation and energy storage design through intelligent prediction and optimization scheduling.

Not only can it improve the utilization rate and revenue of photovoltaic power generation, but it can also reduce the operating costs and carbon emissions of enterprises. By combining business models such as auxiliary service markets, demand response markets, and carbon trading markets, we can achieve true photovoltaic storage where 1+1>2.

02

Flexible AC/DC linkage design

In addition, in order to address the stability issues of the power grid and prevent short-term and severe fluctuations in system power caused by load integration into the distribution network, the Zhensen Electric Energy Research and Study Group has put forward new requirements for the flexibility of the distribution system.

In the future, Zhensen will actively collaborate with Huawei Digital Energy to utilize intelligent AI photovoltaic collaborative solutions, plan and design the AC/DC hybrid distribution grid architecture reasonably, and enhance the flexibility of the distribution network.

At the exchange site, both parties expressed their opinions on the detailed design of planning and design, system computation, scheme output, and operation, laying a solid foundation for the high-quality operation of the power station in the future.

03

Micro millivolt level cell feature detection and data acquisition

Meanwhile, ensuring system security and security issues have always been one of the challenges faced by the energy storage industry. The Zhensen Research Group has also raised technical questions regarding the safety of energy storage systems. Huawei Digital Energy will apply security design concepts from three dimensions: equipment, assets, and personnel, to comprehensively optimize the security of the battery cells in the energy storage system.

By detecting and collecting battery cell characteristics at the micro millivolt level, uploading them to the cloud BMS, and using AI algorithms in the cloud to detect battery characteristics, the safety risks of the battery pack can be predicted 24 hours in advance, providing feasible technical solutions for the operation and maintenance of Zhensen Power Station.

Zhensen Electric Energy and Huawei Digital Energy Leaders Take a Group Photo

The collision of ideas from professionals in the fields of "technology", "market", "construction" and other optical storage fields has extended infinite development potential. New system applications such as cloud algorithms and AI photovoltaic collaboration are about to become new opportunities for the development of industrial and commercial optical storage with the deep cooperation between Zhensen and Huawei.

Zhensen Electric Energy collaborates with Huawei Digital Energy to introduce cutting-edge technology that leads the world, providing high-quality green energy services for every enterprise and building a beautiful green and zero carbon future together!