Skip to main content


Ever since the late 2000s, the thrust to push for a sustainable future has been higher in most countries. Climate change, depleting fossil fuel reserves, the impact of the COVID-19 pandemic, and wars on global energy dynamics have been instrumental in creating awareness in the general population about clean energy alternatives and the need to have a sustainable energy ecosystem.

The discussions surrounding renewable energy have gained renewed focus, and studies estimate that the global renewable energy market will be worth over $2.1 trillion by 2025.

The harnessing of renewable energy is not a new concept. From wind turbines to nuclear power stations, we have seen a fair share of progress even in the early 80s. The goal is to take renewable energy into the limelight as the major power contributor globally in today’s economic and geographical context. This can happen only through digital transformation.

The focus is on leveraging digital innovations to distribute and manage renewable energy systems and drive efficiencies across the entire value chain. Two of the most prominent technologies that can drive this journey forward are the Internet of Things (IoT) and Analytics.

Let us explore the top practical use cases for IoT and Analytics in the renewable energy sector:

Sensor-Driven Load Management

The first step to optimizing any kind of energy production and distribution is to ensure failproof measurement and tracking of the same. This is where IoT-enabled sensors coupled with data analytics come into play.

Today, sensors can be deployed across various production and distribution points of renewable energy to get real-time visibility into different energy parameters. The sensors could range from simple pressure and temperature monitoring sensors to complex ones that deal with detection motion or proximity, acoustic signals, or even light.

The data captured by sensors is then processed with data analytics to get insights that help in the load management of grids connected to the renewable energy generation source. For example, a solar farm that generates renewable energy may produce less power on a cloudy or rainy day.

Sensors pick up the data on production as well as from environmental monitoring, and this data is processed to find out how much alternate power must be made available through other sources to keep the grid online. This is how real value is derived from an IoT initiative powered by data analytics.

Lower Capital Expenditure

Renewable energy sources like wind farms, solar farms, tidal parks, etc., require massive capital investments to set up a base location that can eventually supply power from natural sources. However, there should be a clear understanding of weather patterns and geographical and demographic trends in the region to go ahead with investing initiatives.

With IoT and analytics, it becomes easier to simulate and test possible operational conditions in different locations to create power output models that can be checked for maximum electricity generation potential. This helps companies plan and execute projects at locations that are more viable and offer faster time to realization for power parameters.

Autonomous Diagnostics of Power Infrastructure

We know for a fact that almost all renewable energy sources, from the sun to nuclear power, rely heavily on a combination of turbines and mechanical motors to generate electricity from different energy sources that they are connected to via renewable infrastructure.

To that end, it’s noteworthy that mechanical components can accrue a substantial loss of efficiency due to wear and tear if they are not periodically serviced and maintained at top quality. With IoT sensors, it becomes easier for renewable energy companies to constantly monitor the health of mechanical components like turbines or gear systems, or motors.

Through analytics, they can compare performance data with established patterns of efficient or ideal operations. Deviations observed can be further analyzed to pinpoint the root causes of the issue, thereby helping in quick rectification. This entire process can be carried out autonomously through a combination of IoT-enabled pro-active monitoring and real-time analytical processing of operations data.

Reducing the Cost of Operations

We have seen how IoT and analytics play a vital role in maintaining the grid at optimal load all through the year, irrespective of seasonal changes. Additionally, these technologies can help with the dynamic distribution of power in alignment with demand trends.

Using analytics, businesses can predict when consumption is expected to peak (e.g., during daytime or when a city is celebrating holidays or festivals that necessitate the large-scale deployment of lighting and other decorative artifacts). The power grid could be smartly managed to pick a power source dynamically rather than rely on and exploit a single source.

In a Nutshell

IoT and analytics can combine to deliver a highly dependable and intelligent framework that connects different stakeholders in the renewable energy value chain, from government agencies to power companies and consumers.

Achieving a superior experience in power generation, delivery, and maintenance requires seamless automation and digitization that most power companies or utility providers cannot achieve on their own. This is where Pratiti can help make a difference. Get in touch with us to know more.

Nitin Tappe

After successful stint in a corporate role, Nitin is back to what he enjoys most – conceptualizing new software solutions to solve business problems. Nitin is a postgraduate from IIT, Mumbai, India and in his 24 years of career, has played key roles in building a desktop as well as enterprise solutions right from idealization to launch which are adopted by many Fortune 500 companies. As a Founder member of Pratiti Technologies, he is committed to applying his management learning as well as the passion for building new solutions to realize your innovation with certainty.

Leave a Reply

Request a call back