Technical Blog

Dyness Industrial and Commercial Energy Storage can significantly reduce corporate electricity costs through precise demand management, which is especially suitable for high-demand electricity fee scenarios. With the maturity of technology and policy support, energy storage is changing from "optional" to "mandatory", becoming a key tool for corporate energy management. In the future, combined with AI optimization algorithms and integrated energy services, the cost-reduction and efficiency-increasing potential of energy storage will be further released.

In the context of global energy transformation, energy storage technology, as a key support for promoting the development of renewable energy and improving energy efficiency, is increasingly gaining widespread attention. With the increasing number of energy storage projects and the continuous expansion of their scale, the importance of energy storage operation and maintenance has become increasingly prominent, and it has become the core link to ensure the safe, stable and efficient operation of energy storage systems.

The pain point of photovoltaic power generation is not the insufficient output, but how to make the best use of every kilowatt-hour of clean electricity. At noon, the photovoltaic panels on the roof are shining in the sun, and the numbers on the ammeter are jumping quickly. However, these precious clean energy sources often face embarrassment: the power grid has limited absorption capacity, and the excess electricity that cannot be used locally can only be wasted. This is the "abandoned solar power" phenomenon that has plagued the photovoltaic industry for many years.

Dyness has become a leading brand in the Dutch energy storage market by virtue of its technological iteration and localized services.(1) DH200F intelligent air-cooled all-in-one machine.(2) DH200Y intelligent liquid cooling all-in-one machine.(3) Digital cloud platform.

In the industrial and commercial energy storage (ICES) system, the life of the battery pack will be shortened by 50% for every 10°C increase in the operating temperature. With the explosive growth of industrial and commercial storage capacity driven by the dual carbon goals (the new capacity in 2024 increased by 47% year-on-year), how to break through the dual bottlenecks of "high temperature attenuation" and "thermal runaway" has become the core battlefield of the industry's technical breakthroughs.

Driven by the dual goals of the "dual carbon" and the construction of new power systems, global industrial and commercial energy storage is experiencing explosive growth. In 2024, the global industrial and commercial energy storage installed capacity will increase exponentially compared with previous years. This growth is not only due to the support of various countries' policies, but also the inevitable result of the explosion of the new energy industry. So, in the industrial and commercial field, what benefits can energy storage bring to our corporate users?

When the "green electricity era" is coming, how to solve the problem of energy supply and demand? Industrial and commercial energy storage and household storage systems are reshaping the energy landscape with innovative models - the former achieves a revolutionary reduction in corporate energy costs through intelligent allocation, and the latter allows every household to become a micro energy hub.

Scientific, efficient, and relatively accurate measurement of SOC of lithium batteries not only has scientific measurement methods but also requires advanced software algorithms as a necessary guarantee for battery companies to obtain real-time values.

This article will focus on important concepts such as charge and discharge efficiency, off-grid switching time, and cycle life in the field of energy storage.

The core of the power spot market is the competition mechanism, which realizes the optimal allocation of power resources through the market.