Electric Power DAS: Profiting Regional Market to Aid Global Expansion
                     Electric Power DAS: Profiting 
Regional Market to Aid Global 
Expansion
By Shruti Vanjare
Electrical power distribution is characterized as the final stage of an electrical power system, 
primarily in terms of delivering electricity to the load. Automation in the distribution field helps 
implement flexible control of distribution systems, consequently used to enhance reliability, 
efficiency, and the quality of electric service. 
In this regard, the operational and financial benefits of distribution automation systems (DAS) 
include:
 Increased revenue owing to quick restoration 
 Enhanced utilization of system capacity
 Reduced man-hour and manpower
 Better fault detection and diagnostic analysis
Hence, these advantages play an integral role in positioning the global electric power distribution 
automation systems market as a rapidly-developing avenue, progressing with a CAGR of 6.59% over 
the forecast period of 2022 to 2030. Moreover, the global market’s growth is further accredited to 
the high reliability of distribution automation systems and the aging power infrastructure. 
For example, as per the United States Department of Energy (DOE), nearly 70% of the transmission 
and distribution lines in the country are over two decades old. Hence, with the modernization of grid
infrastructure, automation is integral for making distributed energy profitable, thereby propelling 
market growth.
Regional Dynamics to Supplement Global Market Developments 
According to industry statistics, government energy R&D expenditure in 2019 increased by 3% to $30
billion, majorly directed to low-carbon energy technologies. Aligning with this, Europe and the 
United States recorded robust growth, with the spending on public energy R&D rising by 7% in both 
economies. Hence, the regional investments within the energy sector will also aid the adoption of 
electric power distribution automation systems, thereby facilitating the market’s growth in Europe 
as well as North America.
North America to Capture the Largest Share of 31.03% by 2030
 The demand for electric power distribution automation systems has witnessed robust 
growth in North America due to the increasing need for energy consumption in terms of 
industry, commercial, and residential usage. Moreover, Ontario is also engaged in a billion-
dollar program for the installation of smart meters for 4.5 million electricity customers in the
Canadian province. 
 Market leaders such as General Electric Company, Siemens AG, and others are focused on 
expanding their business by partnering with government agencies for the maintenance and 
supply of power distribution automation systems. Primarily concentrated across states like 
South Carolina and California, these collaborations will further accelerate the North America 
electric power distribution automation systems market growth.
 Likewise, Hydro-Québec, a major smart grid firm headquartered in Canada, has also been 
involved in the automation of substations and high-voltage transmission. This factor plays an
essential role in ranking substation as the fastest-growing implementation segment with a 
6.94% CAGR by 2030.
Asia-Pacific to Witness the Highest CAGR of 8.34% by 2030
 The demand for electricity is on the rise across developing countries such as Indonesia, 
Bangladesh, China, India, and others. This factor, in addition to rapid urbanization, 
significantly contributes to the growth of the Asia-Pacific electric power distribution 
automation systems market growth.
 The lack of residential area development, especially in countries such as Indonesia, impacts 
the demand for distribution automation systems (DAS). However, industrial advancements 
are expected to boost the need for electric power distribution automation systems over the 
forecast years, thus propelling the regional market’s growth. Consequently, this factor will 
also support the growth of the industrial segment under the end-user category, capturing a 
sizeable market share of 49.94% by 2030.
 On the other hand, the development of feeder automation (FA) technology in the Asia-
Pacific is majorly focused on automation techniques. In view of this aspect, leading players 
operating in the market, such as S&C Electric, ABB Ltd, and Hitachi Ltd, are introducing 
cutting-edge features that manage power restoration and are ideal for smart grid systems.
Players’ Contribution to Alleviating Limitations 
While the global market is developing with improved grid management approaches and investments
in smart cities, it may face challenges like security concerns and the lack of operational planning 
tools. In this regard, the development and trend of feeder automation (FA) technology, focused on 
automation techniques, will help reduce challenges faced during the operational planning of electric 
power distribution automation.
Moreover, initiatives introduced by organizations across the globe play an essential role in fortifying 
security solutions, as well. For instance, the European Union’s regulation comprises guidelines for 
better coordination between transmission system operators, thus enhancing the security of 
electricity supply. Similarly, companies such as Schweitzer Engineering Laboratories offer 
engineering services and solutions for the security of critical infrastructure, thereby strengthening 
the global electric power distribution automation systems market growth.
Frequently Asked Questions 
(FAQs) – 
1. What are the end-user segments covered in the market growth analysis?
A: Industrial, commercial, and residential segments are covered in the market growth 
analysis.
2. Which country leads the Asia-Pacific electric power distribution automation systems 
market?
A: China is set to lead the market growth in the Asia-Pacific region.