Here’s How DSOs Can Create a Reliable & Secure Smart Grid

Here’s How DSOs Can Create a Reliable & Secure Smart Grid
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The digital era is influencing new methods of energy production and consumption. Autonomous technologies support clean energy's efficient creation and distribution, minimizing society's reliance on fossil fuels. Distribution system operators (DSOs) are helping energy professionals secure and modernize the grid.

The Demand for an Efficient and Resilient Electric Grid

DSOs monitor and support the connection between energy generators and consumers, influencing an effective balance. Eco-consumerism is altering the power sector, increasing the demand for emission-free electricity. Individuals are also transitioning away from gas-powered devices and adopting more electric appliances.

As consumers require more electricity to support their modern lifestyles, the grid must adjust its power production rates. The traditional electric grid fails to meet current energy demands, minimizing distribution efficiency. Renewable power systems also rely on inconsistent weather patterns, creating additional limitations.

Energy professionals must develop a resilient electric grid to meet the increased demand for emission-free power. Effective DSO systems can create an abundant energy supply by supporting storage technology and decreasing electricity waste. The smart electric grid lets consumers define its production rates, which differs from the traditional grid's process.

The conventional power grid influenced consumer demands based on its abundance of electricity. The smart electric grid produces energy based on customers' needs, responding to real-time consumption data. Storage limitations require that professionals modernize the grid by adding modern, decentralizing technologies called DSO 2.0.

DSO and Decentralized Energy

The Paris Agreement influences the decentralized energy grid. It calls upon global consumers to significantly decrease greenhouse gas emissions and limit the global temperature rise to 2° or less. Individuals may minimize the enhanced greenhouse effect by sourcing their electricity from decentralized renewable sources.

Transitioning towards a decentralized electricity system also influences compatible technology uses. More eco-consumers are adopting electric vehicles (EV) and other sustainable technologies. As individuals use more electric devices, society’s need for abundant and secure electricity sources increases.

When consumers begin using more electricity and stop using fossil fuels, it throws off the balance of distribution. Individuals access reliable power sources by installing remote renewable energy devices. Developing self-sustained power systems allows producers to distribute electricity independently to their neighbors.

Over time, the neighbor-to-neighbor power exchanges create limitations, increasing the demand for supportive technologies. DSOs can work with local renewable energy producers, helping them distribute excess electricity effectively to the community.

DSO 2.0 Features

DSOs may increase the reliability and security of the smart grid using various features. They install sensors and monitors throughout the renewable power sector, increasing distribution efficiency. The network planning feature helps power producers determine local consumption patterns.

After assessing local energy demands, producers can develop an effective plan to improve the supply's abundance. DSO 2.0 also improves asset management features, identifying changes in operational loads. Producers can use the data to support consumers' demands, enhancing the system's reliability.

System management features also improve the efficiency of clean energy distribution. The technology helps producers determine the effects of technological advancements on the electric grid. Management systems evaluate the influence of EVs and other electronics on local power demands, altering production rates in real-time.

When energy professionals modernize the grid, they can use flexible management technology to monitor the influence of consumption on power costs. It also improves grid security by monitoring production and consumption data protection gaps, identifying hackers to prevent cyberattacks. Enhancing grid security systems is essential to creating a reliable smart grid.

The Importance of Grid Security

Hackers are becoming more sophisticated as the digital era continues. Researchers predict hackers will conduct more advanced attacks on the electric grid as the value of renewables increases. In 2015, a cyberattack caused a mass power outage in Ukraine, affecting nearly a quarter-million consumers.

The attack caused adverse effects throughout the country, restricting the medical industry's access to power. Limiting individuals' access to vital equipment compromises the community's health and safety. The new DSO 2.0 systems can effectively prevent hackers from interfering with the global power supply, improving society's access to essential resources.

Benefits of Adopting the Smart Grid

Adopting a smart electric grid can influence technological advancements, supporting the transition away from fossil fuels. The system may effectively decrease greenhouse gas emissions and enhance global environmental sustainability.


Jane Marsh works as an environmental and energy writer. She is also the founder and editor-in-chief of

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