Table of Contents
Smart Grid Infrastructure Projects
Smart grid infrastructure projects are revolutionizing how buildings receive power.
For decades, the construction industry has relied on antiquated electrical infrastructure that’s energy inefficient, costly, and incredibly frustrating for developers.
That’s slowly started to change as engineering firms step up to the challenge and deliver real solutions.
Let’s dive in.
Here’s what you’re going to learn:
- Why Construction Has a Massive Energy Problem
- How Smart Grid Infrastructure Projects Can Solve It
- Examples of Engineering Solutions Going to Battle Against this Challenge
- Why All of This Matters for Construction’s Future
Construction Has a Massive Energy Problem
Here’s the issue…
The construction and building industry consumes an enormous amount of energy.
Reports from the UN Environment Programme have found that buildings alone represent 32% of global energy consumption and account for 34% of worldwide CO2 emissions. Yikes.
And to make matters worse? Action to improve energy efficiency has been seriously lacking.
Since the Paris Agreement, energy intensity across the buildings and construction sector has only decreased by 9.5%, falling dramatically short of the target at 18.2%.
That’s a problem.
Old electrical grids struggle to provide sufficient power to buildings without massive energy waste.
Many construction sites and buildings are stuck using infrastructure that was developed hundreds of years ago.
Meanwhile, there’s been explosive growth from energy-hungry industries like data centres, manufacturing, and electric vehicles.
If the construction industry doesn’t modernize its approach to power, it will continue to fall behind on its energy goals.
This is where smart grid infrastructure projects become so important. Engineering companies that specialize in electrical power systems, like Kerun Power engineering projects, are working on smart grid solutions, and construction needs to upgrade its energy game.
Smart Grid Infrastructure Projects: Engineering Solutions to the Rescue
Smart grid infrastructure projects solve energy efficiency issues using cutting-edge tech.
Simply explained… smart grids use smart meters, automation, and IoT-connected devices to monitor and control how energy is distributed and consumed.
Instead of having one-way power flow from the grid to buildings like old energy systems, smart grids can adapt to changing energy demands.
That’s a big deal.
For construction projects everywhere, smart grids offer a way to drastically reduce energy waste. Here’s how:
- Energy is monitored in real time across the entire project, allowing wasted energy to be identified and addressed quickly.
- Renewable energy can be integrated directly into the grid. Solar panels and wind turbines are balanced out automatically by the smart grid.
- Energy costs are reduced by minimizing waste and more efficiently distributing power only where it’s needed.
Smart grid technology isn’t brand new. Construction companies have been using it for years.
Engineering Is Going Toe to Toe with Construction’s Energy Challenge
Nobody said it was going to be easy.
Engineering firms are attacking the construction industry’s energy problems from a variety of different angles.
The smartest companies are tackling the issue with smart grid infrastructure projects paired with practical solutions that have been battle-tested in the field.
Here are some of the ways engineering is meeting this challenge head-on…
Smart Grid Infrastructure and Advanced Metering
Advanced metering systems are a key component of any smart grid infrastructure project. Smart meters allow construction sites to measure energy usage and waste at a granular level.
So what?
You can’t improve what you can’t measure. Real-time energy usage data lets project managers react quickly to energy waste. Remote monitoring through advanced metering systems also allows engineers to track energy usage from anywhere.
Grid Automation and Control Systems
Automation is another key benefit of smart grid infrastructure. Grid automation technology allows engineers to program the grid to react to changing energy demands automatically.
For example, grid control systems can:
- Instantly reroute power during an outage
- Balance loads between multiple buildings on the same grid
- Predict when a piece of grid equipment will fail using predictive analysis
Energy doesn’t have to be wasted if a piece of equipment fails. Grid automation can identify potential failure points before they cause an issue, allowing maintenance to be scheduled proactively.
Renewable Integration and Energy Storage
Renewable energy sources like solar panels and wind turbines need battery storage to be effective.
Otherwise, construction sites would be left in the dark whenever the wind stopped blowing or the sun went behind a cloud.
Energy storage allows solar and wind energy to be stored when production is high and used when demand is greater than generation.
Smart grid infrastructure can be designed to work with energy storage hardware. This allows construction projects to incorporate renewable energy seamlessly.
Microgrid Technology
Microgrids are small energy grids that can disconnect from the main power grid and run independently.
In remote locations, microgrids can connect to the traditional grid when power is available.
During outages or periods where grid power isn’t available, they’ll disconnect and provide power from an alternate source.
Microgrids are ideal for construction sites without direct access to power. They can be installed on-site and used as a backup power source during grid outages, or as a standalone energy solution.
Microgrids can run on anything from fossil fuels to solar and wind energy. Many companies are building microgrids that are integrated into smart grid infrastructure for added flexibility and control.
Global Spending on Smart Grid Infrastructure Is Booming
The technology is being deployed now thanks to substantial investments from around the globe.
In the United States, the Department of Energy has committed $10.5 billion in funding through GRIP (Grid Resilience and Innovation Partnerships).
This funding is specifically aimed at making the grid more resilient and boosting the adoption of smart grid technologies.
That’s huge.
Expect to see that number continue to grow as private industry starts investing more, too.
Adoption of smart grid tech is only going to increase as demand from EVs, data centres, and building electrification skyrockets in the coming years.
Smart grid infrastructure is the future of construction. With billions being spent on the tech worldwide, more and more engineers are developing smart grid solutions to power construction projects into the future.
Construction companies that invest in smart grid tech now will have a significant advantage over their competition, who choose to ignore the inevitable.
Smarter Grids = Better Construction Industry Futures
The future of construction will be shaped by smart grid infrastructure.
As global demand for energy continues to increase, and countries begin enforcing stricter sustainability standards… Construction companies are going to have to change the way they operate.
Smart grids give construction projects that flexibility by providing them with detailed energy usage data, seamless integration with renewable energy sources, and affordable ways to reduce energy waste.
Companies that take advantage of smart grid infrastructure will:
- Spend less money on wasted energy
- Have an easier time meeting sustainability standards
- Experience less downtime on their projects
- Future-proof their buildings from rising energy demand
Companies that fail to adapt won’t stand a chance.
Wrap Up
Smart grid infrastructure is the foundation for the construction’s sustainable future.
Building and construction have an energy problem. One that continues to get worse as the demand for energy keeps growing.
Smart grid infrastructure projects give construction companies solutions that tackle energy waste and empower them with data that can be used to make better energy decisions.
Don’t get left behind by the competition. Learn more about smart grid infrastructure and start giving those energy bills a big haircut today.