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5 Technologies Driving MEP Sustainability


Natalie

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Nowadays, the construction industry is echoing with the word "Sustainability." Everyone seems to be focused on finding more sustainable design solutions for building structures and objects.  

The moment we realized that we would have to work on installing eco-friendly systems to help the planet recover from the damage done by human hand, most new construction projects were required to be eco-friendly.  

However, going green isn't as simple as it sounds. It's a huge challenge, and working on more sustainable structures during the design phase is the primary focus of all industries that are related to construction, power, architecture, engineering, etc.  

With such a huge challenge comes a fair share of responsibility and a decent amount of pressure. Pretty much, every new building is required to be sustainable. There are regulatory standards all over the place, the demand for new project owners is increasing, and it’s spreading to all those involved in making the construction of a building possible.  

Amid this storm of new data, technologies, standards, and requirements, designers are facing a challenge of their own – how to handle the logistics of green MEP design. The answer lies in technologies that help drive MEP sustainability. 

The Importance of Sustainability 

All commercial building owners rely on electrical power to go about their daily life. It's safe to say that it's one of the highest operating costs for these owners. If they find a way to use power to increase the sustainability of a building, this might help cut their operating expenses. At the same time, their clients could benefit from more sustainable design.  

That's where MEP design can be beneficial. Both facility managers and building owners can leverage MEP engineering to set new sustainability models. Once an MEP design is fully functional, maintenance can rely on BIM models to achieve significant strategic improvements in the field of sustainability.  

These improvements will affect both maintenance management and day-to-day operations, making MEP design a profitable and reasonable solution for reducing the carbon footprint of buildings. With all this in mind, let's see what technologies can help modern designers achieve a more sustainable design. 

5 Technologies that Help Drive MEP Sustainability 

According to some EPA reports, the major contributor to the overall consumption of energy is electricity generation. Electricity makes for 40% of total energy consumption in America.  

By including MEP engineering and design into the equation, designers can achieve a far higher level of control over any structure's energy efficiency. If we consider this, the following technologies significantly contribute to the overall MEP sustainability. 

1. AI-Powered Air Conditioning 

HVAC systems are the latest thing in the world of air conditioning. These AI-powered systems use machine learning and other AI technologies to make automatic adjustments to energy generation and consumption levels.  

They can be used to reduce waste and increase energy efficiency by leveraging IoT data to predict patterns in weather conditions and make automatic changes to air conditioning settings on the go.  

There are even cutting-edge systems that monitor human activity in a controlled environment by monitoring floor temperatures and using that data to fine-tune AC levels. 

2. Heat Recovery Ventilation 

Choosing the right ventilation system is vital for reaching higher levels of sustainability.  

Since air circulation is an essential feature for a higher quality of life, eco-friendly ventilation solutions have become the most effective heating method to ensure sufficient airflow levels while minimizing heat loss.  

With such vital features, heat recovery ventilation systems play a massive role in improving the overall building sustainability in urban environments. These systems use smart technology to harness the heat from human activity and utilities to warm up the air. That ensures more sustainable air circulation, as well as virtually no waste of heat. 

3. Smart Sensors and Control Units 

Smart sensors and control units significantly help reduce our carbon footprint as they rely on intelligent technologies like AI to improve the levels of energy control and monitoring. That aside, they also make everyday life simpler and more convenient.  

With this technology, facility managers and building owners can control cooling and heating systems, monitor energy consumption, and more, using nothing but their tablets or smartphones. 

4. Solar Collectors 

The Sun is an abundant source of energy and a vast area that we still know very little about. However, we do know that solar energy can significantly help us improve the entire world's energy generation, consumption, and management strategies. 

Solar collectors go in combination with individual thermostats and boilers. These quick installations help improve energy efficiency by including solar energy in the equation. Instead of using your natural energy, you can rely on solar power for certain utilities in your home.  

Solar-thermal systems are a vital part of MEP engineering, and they are one of the essential factors of driving sustainability in the future. 

5. High-Efficiency Heat Pumps 

Designed as the best solution for cost-efficiency, these heat pumps use environmental versatility to gain steam. Heat pumps achieve an impeccable and quite fantastic performance, especially when we're talking about heat products and resources needed.  

They are also excellent and preserving the environment by reducing waste and delivering incredible results. In terms of sustainability, they are far more sustainable and affordable as an energy source than gas pumps. 

Conclusion 

The future of sustainability and energy generation is very bright. Thanks to the latest advancements in MEP, we can expect to see amazing achievements in the fields of eco-green and sustainable construction.  

Solar collection and energy optimization are currently one of the most engaged fields, as countries compete on practicing the best solutions to achieve renewable power.

 

 

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