News
New 110kV Energy-saving Transformer Put into Operation to Boost Green Power Grid Construction
Recently, a new 110kV energy-saving transformer has been successfully put into operation at a substation in a certain place. The transformer has made breakthroughs in technology and has remarkable energy-saving effects. It can greatly reduce energy consumption and carbon emissions, taking a solid step forward in promoting the green development of the power grid and being of great significance for the low-carbon transformation of the energy field.
Developments in the Power Transformer Industry
In the current power supply system, power transformers, as key equipment, have attracted much attention in terms of technological innovation and market development. Recently, the power transformer industry has made remarkable progress in various aspects.
The Oil - Immersed Transformer Industry Enters a New Development Phase
Against the backdrop of continuously growing demand for power infrastructure construction, the oil - immersed transformer industry has achieved remarkable progress and entered a new development phase.
New Trends Emerge in the Development of the Oil - Immersed Transformer Industry
Recently, the oil - immersed transformer industry has witnessed a string of positive developments. Technological innovation and market expansion are advancing in tandem, injecting new vitality into the power sector.
New Photovoltaic New Energy Substation Put into Operation, Boosting Green Energy Transition
Recently, a new photovoltaic new energy substation has been officially connected to the grid and put into operation, injecting new impetus into the energy industry's move towards green and sustainable development. This substation, with its innovative design and advanced technology, plays a crucial role in the collection, conversion, and transmission of photovoltaic power generation.
Prefabricated Transformer: A Versatile and Convenient Solution for Power Supply
The most prominent feature of prefabricated transformers is their high degree of integration. Traditional power distribution facilities require a large amount of space to install various equipment separately. In contrast, prefabricated transformers ingeniously integrate these devices, significantly saving floor space. They are especially suitable for areas with limited space, such as urban commercial areas and residential communities. For example, in a newly - built urban complex project, due to the compact site planning, prefabricated transformers were introduced. They not only successfully solved the space problem but also shortened the construction period and quickly achieved stable power supply.
Environmentally - friendly Power Transformers Boost Green Energy Development
With the global community actively promoting sustainable development, the environmental transformation in the field of power transformers is accelerating quietly. The insulating oil used in traditional power transformers poses potential pollution risks. However, nowadays, new - type environmentally - friendly power transformers are emerging.
Technological Iteration of New - energy Prefabricated Substations Accelerates Energy Transition
Against the backdrop of the global energy structure's shift towards low - carbonization, new - energy prefabricated substations, as the core hubs connecting renewable energy sources and smart grids, are undergoing profound technological innovation. Recent patent achievements in the industry indicate that China's R & D in this field has entered a phase of intensive breakthroughs. The directions of technological innovation cover multiple dimensions such as modular design, intelligent operation and maintenance, and environmental adaptability.
The role of distribution transformers in modern energy systems
In this increasingly electrified world, the importance of efficient energy distribution is gradually coming to the fore. Among all the components, our flagship product, the distribution transformer, lies at the very core of the entire system. It's like a crucial "goalkeeper", ensuring that electricity can be safely and efficiently transmitted from power plants all the way to every household and business. Generally speaking, power transformers can be divided into two main categories: dry-type transformers and oil-immersed transformers. Each type has its own unique "skills" and is used in different scenarios. However, they share a common "mission", which is to ensure the reliable distribution of electrical energy.
How to Improve the Overload Capacity and Stability of Transformers
In some specific scenarios, transformers are bound to encounter situations of overload operation. This article delves into corresponding strategies from aspects such as core material selection, heat dissipation design, and winding technology, aiming to help enhance the overload capacity of transformers and ensure their stable operation, thus providing reliable support for relevant applications.