The Sustainability And Efficiency Benefits Of Smart Building Technology

30% of the world’s energy usage is attributable to buildings. Buildings account for a similar share of energy-related carbon emissions (28%), too. Today the world is striving to meet the goals of the Paris Agreement on climate change. Those goals include making the building sector net zero carbon. The Agreement proposes making the entire sector net zero by 2050, with all new structures after 2030 built to be net zero. Making the world’s buildings more sustainable is a tall order; right now, roughly 1% of buildings qualify as net zero carbon.

Growing public awareness of the problems of climate change puts pressure on developers, construction firms, and building managers to meet the goals of the Paris Agreement. According to research, 70% of building-owning organizations have plans to achieve net zero, near-zero, or positive carbon status in one or more of their structures within the next decade. This number is growing rapidly; it is up 7% since 2019. 

This is only the first step on the road to sustainable building, though. Technology is poised to be critical in reducing the emissions of buildings regardless of their use.

How To Reach Net Zero

Carbon offset plans can help to reduce the net carbon emissions from new construction and renovation projects. In the longer term, builders need to look at minimizing the actual emissions caused by the production of building materials, the supply chain that delivers them, and the construction process itself.

Carbon neutrality also applies to the day-to-day operation of buildings. Any building that aims for net zero carbon emissions should be as energy efficient as possible. This means relying on renewable energy sources (either on or off-site) and, if necessary, putting a continuous offset plan in place.

Changes In Smart Building Techniques

The first designs that tried to reduce emissions concentrated on increasing infrastructure efficiency and better facility management. Next, digital technologies were incorporated to make space utilization and building operation even more efficient.

Now, the latest smart buildings utilize an array of connectivity technology (fixed, wireless, and cellular) to enhance residents’ experiences while also minimizing their environmental impact. A modern smart building can use a great variety of smart technologies, including IoT sensors, biometric security barriers, and smart HVAC and water systems.

The Key Purpose Of Smart Technology

When it comes to maximizing building sustainability and minimizing emissions, smart technology has a vital role to play. The sensors and networks built into smart buildings provide accurate data on the ongoing consumption of energy in your buildings. Technology also helps you understand and use that data, transforming your structures and facilities into greener spaces.

Incentivizing Smart Building

Beyond its ethical and environmental appeal, going net zero makes good economic sense for a lot of builders and building owners. The business incentives don’t necessarily come from government subsidies, either. Sustainability is highly popular with modern consumers, especially young ones. 50% of Millennials and 54% of Generation Z say in surveys that they’re willing to pay prices that are 10% higher (or more) if they feel confident that the products in question are being produced sustainably. This increased sensitivity to environmental impact also affects the market for rental space: the younger generations of residential and commercial renters want to live and work in green, low-emission spaces.

Connectivity As The Fourth Utility

In the 20th century, water, gas, and power emerged as the Three Utilities: The services considered indispensable for any building. In the 21st century, connectivity joins those services as an equally-vital resource. Connectivity is particularly important for smart and green buildings. Maximizing the efficiency of a building’s use of energy and space and minimizing its carbon emissions relies utterly on reliable connectivity.

In smart spaces, sensors and objects of every sort are linked together to pass data and instructions to each other and to computing systems that can monitor and control the built environment. In the future, we believe networks will converge and integrate, producing a single unified infrastructure for the use of building managers, residents’ IT departments, and building owners.

This new infrastructure will handle every possible building management application, like Wi-Fi, cellular, environmental sensors, security systems, building automation, and more. The level of transparency and control this infrastructure offers you will make it easier to achieve your goals for sustainability and to meet net zero targets.

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