Is it possible to inspect and protect critical infrastructure from the sky with the help of satellites? Let’s discuss this and see what are the use cases and benefits of infrastructure sector monitoring by using satellites.
Infrastructure is essential for the functioning of a society and economy. The distribution of water, energy, and commercial facilities should be maintained consistently to guarantee security and stability and minimize the risk of failure.
Traditionally, infrastructure has been monitored by:
Each of these methods has its pros and cons, which we will discuss thoroughly in one of our next articles. Here are just a couple of reasons why and where satellite monitoring can be a great alternative to traditional methods:
Also, combining a few monitoring techniques can provide a fuller picture of the assets’ conditions and significantly mitigate operational and maintenance (O&M) risks.
As stated previously, one of the benefits of satellites is that they provide data at scale, being able to cover thousands of kilometers and hectares all around the globe, with no exception. Before starting investments, private companies or governmental authorities can get near real-time data about the particular location, for instance, land condition, including land motion, moisture etc but also the presence and proximity of different types of objects on the site. It applies to both underground assets like gas pipelines and above-the-ground assets like power lines.
Another great power of satellites is that, being complemented by the technology, they provide an accurate and automatic evaluation of asset conditions over time. It allows spotting crucial changes in assets’ health, for instance, gas leaks as well as changes in the surrounding area, for instance, newly started construction works too close to the network. Or new vegetation has grown nearby and that can damage power lines. Hence, satellite data can be an efficient tool for the identification of infrastructure issues and mitigating risks caused by human activity or the environment surrounding the assets.
We at Spottitt have clients for whom protecting and improving ecosystems within their area of operations is one of the priorities. More to that, we observe that infrastructure owners and operators now see themselves as being responsible for the greater impact they have on the environment. Here, space-based Earth observation (EO) offers a truly global perspective for observing environmental changes. Satellite remote sensing can be a great help in mitigating negative consequences of biodiversity loss, whether it concerns plant biodiversity or changes in species composition.
To summarize, some benefits of using satellite monitoring for the infrastructure sector are:
Satellites can be used as a standalone monitoring solution or in conjunction with other tools to provide a robust and reliable ground for asset managers for making the right decisions on their infrastructure. Satellite data also can help mitigate risks of failure, downtime and critical collapses. It’s applicable for all types of assets, any geographical location and landscape surface. It reduces human effort and provides insights in a rapid and digital manner.
Technology does not stand still. It’s time to embrace the incredible capabilities of satellites for infrastructure sector monitoring.
Chief Growth Officer
We are excited to integrate Meteomatics’ weather forecast data into our Spottitt MF platform’s Climate Conditions Monitoring module. Our clients will now access even more accurate and up-to-date weather information, allowing them to monitor rapidly changing weather and climate conditions around their critical infrastructure.
We are excited to announce that Spottitt, a leading provider of geospatial analytics solutions, will be a proud bronze sponsor at the upcoming 10th Annual Global Asset Management Forum for Distribution System Operators. This jubilee event will take place on the 19th and 20th of June 2023 in Amsterdam, Netherlands, organized by TBM Group.
As the CEO and co-founder of Spottitt, a company that leverages Earth Observation (EO) data to provide actionable insights for various industries, I have seen first-hand the immense potential of EO for the Infrastructure Sector alongside the adoption challenges faced by infrastructure owners and operators.
Satellite-derived analytics is rapidly gaining ground as an essential tool for monitoring and managing risks in the power, utility, and infrastructure industries. It has been recognised as a key tool to improve safety, reliability, and optimal performance of critical assets by providing insights into their health, risks, and other key operational parameters.
This achievement was announced as part of the prestigious SET Award 2023 (Start-Up Energy Transition), which is an international competition for start-ups and young companies working on ideas affecting the global energy transition.
Solar and wind power plants have become increasingly important as the world continues to move towards renewable energy sources. However, choosing the right location for these power plants can be a complex process involving various factors, from available land and solar irradiation to wind speeds and topography.
Mythbusting Satellites
For Utility Assets Monitoring
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