CONCEPT – CHARACTERISTICS – BENEFITS OF MICROGRID
Microgrids are a convenient, self-sufficient electrical energy system that is increasingly popular. So what are the characteristics and benefits of microgrids? Let's find out with DCH!
WHAT IS MICROGRID?
Microgrids is a system set up to manage distributed energy sources and can include renewable energy such as solar, wind or hydropower... along with other non-renewable sources such as diesel generators, gas turbines...
Microgrids typically manage the energy loads of multiple power generation systems, while also using some form of energy storage. They are set up and managed using various types of software and control systems, aiming to develop smart grids as well as flexible grid control for renewable energy sources.
BASIC PRINCIPLES OF MICROGRIDS
Some basic principles of Microgrids, include:
Self-sufficiency and flexibility: Microgrids have the ability to operate independently or connect to the main grid, creating energy self-sufficiency and operational flexibility.
Distributed energy integration: Microgrids integrate distributed energy sources such as solar, wind, energy storage and energy efficiency technologies.
Smart Management: Microgrids control and management systems use smart technology to optimize energy production, distribution and usage.
Diversity and Availability: Microgrids are designed to serve diverse user needs and are capable of using a variety of energy sources.
Sustainability and efficiency: Microgrids need to be designed, operated sustainably and efficiently to minimize environmental impacts and optimize resource use.
Economic feasibility: Microgrids need to be economically evaluated to ensure that their deployment and operation can deliver economic benefits to communities and consumers.
These principles help shape the development and deployment of microgrids in a sustainable and efficient manner, while ensuring flexibility and reliability in energy supply.
CHARACTERISTICS OF MICROGRIDS
A microgrid operates as a localized network that provides power to a specific geographic area and to a specific group of customers. This distinguishes a microgrid from a macrogrid that can provide power to millions of people. A microgrid, on the other hand, can only serve tens of thousands of people.
Microgrids have the ability to flexibly connect or operate independently depending on specific needs and conditions. Importantly, they have the ability to provide their own electricity without depending on the macro grid. This proves that microgrids are capable of being independent of the macro grid, creating flexibility and stability in energy supply.
Today's modern microgrids are often designed to become a Smart Grid. This smart system operates almost automatically, including a smart central management system using artificial intelligence (AI), automatic generator management, automatic battery management system, distribution line management system, and customer consumption monitoring management system.
In addition, the smart system also includes providing reasonable energy prices to customers, clean energy, high reliability in power supply, as well as intelligent and automatic troubleshooting capabilities.
In particular, the energy storage system to supply electricity in case of macro-grid disruption is a big difference between the traditional (non-smart) grid and the modern smart grid. This demonstrates the progress and efficiency of the smart energy system in ensuring stable and continuous electricity supply to users.
BENEFITS OF MICROGIRDS
Enhance energy stability and security: Microgrids provide stability to the energy system, reducing the risk of power outages due to failures or bad weather.
Cost savings and energy efficiency: Leveraging renewable energy sources like solar and wind that help reduce energy costs and optimize system's performance.
Energy self-sufficiency: Microgrids allow for on-site energy production and use, reducing dependence on the traditional grid.
Minimize incidents and recovery time: In the event of a failure on the main grid, the microgrid can operate independently, reducing recovery time.
Environmental protection: Using renewable energy and minimizing energy loss helps reduce emissions and protect the environment.
Support traditional transmission networks Microgrids can provide support services to the main transmission grid during emergency or energy peak situations.
Flexible and diverse: Microgrids have the flexibility to connect and manage a variety of energy sources, optimizing operational flexibility.
Support local economic development: To help create job opportunities, promote economic development and generate income for local communities.
Investing in the DCH Group's Microgrids system is a strategic decision in line with the current trend of sustainable energy development. Microgrids, with their ability to autonomously supply and manage energy, not only help ensure stability for residential and industrial areas but also improve the efficiency of energy resource use, reduce dependence on national power supply and help save costs in the long term.
With its financial resources and modern technology, DCH Group can fully take advantage of the opportunities from investing in microgrids to affirm its pioneering role in the field of renewable energy and smart infrastructure. In addition, this investment will also open up cooperation opportunities with domestic and foreign partners, promoting the development of new products and services in the energy industry.
(Source: Collected)
