- Who we are
- What We Do
- Success Stories
- News & Events
- Contact us
Industry’s pioneer in IT software, Infrastructure solutions and Services.
The energy sector has been lagging in the big data revolution, but recent technological advancements have opened up new opportunities for more efficient energy consumption and distribution. In this article, we will explore the applications and limitations of big data in the energy context and discuss how companies can make this digital transformation a reality.
Establishing Preventive Measures
Operators need to be able to detect potential failures early on so that they can fix the issue before it leads to a larger problem. However, this is often difficult, as many failures are only detectable after they have already caused damage.
The condition monitoring system is designed to help with this problem. It is a system that uses sensors to collect data about the condition of the equipment. This data is then analyzed to look for patterns indicating a potential failure.
If a potential failure is detected, the operator is alerted so that they can take action to fix the issue before it leads to a more significant problem. This can help to avoid power outages and other disasters.
IoT and machine learning can work together to help predict when equipment will fail. By collecting data from various sources, ML-enabled software can create a comprehensive report to help businesses avoid equipment failures.
As energy companies strive to become more efficient, they turn to big data solutions to help them better manage large amounts of data. Solutions consultants can help streamline data management processes, making it easier for energy companies to make sense of their data and make better decisions.
Efficient Handling of Supply and Demand
Big data analytics is essential for accurate load forecasting. With IoT and AI, companies can predict energy consumption levels based on historical data on energy usage, geographical location, weather, and energy prices. This helps reduce maintenance costs and lower carbon emissions.
Advanced energy monitoring can help businesses save energy by predicting when more or less energy will be needed based on data from sensors. For example, if a horticultural company knows that the temperature will rise, they can open cooling vents before the air conditioner is turned on, which uses less energy. On a larger scale, this can also help lower carbon emissions.
Challenges of Energy Companies
Only a few companies can survive the digital transformation of the energy sector. The companies that succeed will be the ones that are able to operate efficiently at scale.
The energy sector is constantly changing and evolving, making it difficult for energy companies to keep up. Additionally, energy companies must deal with volatile markets, which can make it challenging to predict prices and forecast demand.
AI technology is still in its early developmental stages, which presents a number of challenges and risks for companies utilizing it. Technology is constantly changing and advancing, which makes it difficult for companies to keep up. Additionally, AI is complex and unpredictable, making it difficult for companies to know how it will impact their business in the long run.
Preparing for Digital Transformation
● Data Organization
Once the data is collected, it needs to be processed and organized in a format that can be easily analyzed. This usually involves some sort of data mining and statistical analysis. After the data is processed, it can be used to build mathematical models that can be used to predict future energy loads, trends, and patterns.
● Asset Evaluation
After that, you need to do health checks of your energy assets and determine the risks. This is different for every company, as every company has various factors. For example, some companies will need to think about how close their energy assets are to consumers, while others will need to consider how far the asset is from forests to determine the risk of catching fire.
Asset evaluation is currently the most challenging part of the process, as there are a lot of different variables involved, and not every relationship between those variables is apparent.
● Equipment Maintenance
To make utilities more efficient, a lot of the equipment will need to be replaced or upgraded. This is because it is often not economically efficient to upgrade old equipment that is coming to the end of its life. It is better to install newer models when the old ones have reached the end of their useful life.
● Staff Training
Applying big data in the energy sector usually requires many changes to how things are currently done. For example, if you want to use predictive maintenance, you would need to change the way that equipment is maintained. This would require training for the people who do the maintenance.
To become fully data-driven, the energy sector must overcome several challenges related to regulations and scalability. Additionally, workflows and technology must be updated to keep up with the changing landscape.
Written by Daniele Paoletti