A smart building uses a range of technology, such as sensors and actuators, to gather activity data on various aspects within the building so it can be analysed and utilised to find out which operations can run more efficiently.
Once the operations that need to be improved are pinpointed, the smart building technology connects systems together in order to optimise them through automation to make the building more efficient, cutting costs and lowering its environmental impact.
Whilst a smart building is optimised by technology, the same technology can be used to improve the quality of conditions for occupants in order to aid their safety, comfort and productivity.
A smart building could be as small as a 120 sq. ft. office or as big as a university campus, but they are classified as smart if they use technology to enhance and aid the way the building is being run.
Take the National Grid, for example. They used technology in the form of occupancy sensors to make their buildings smart and optimise their space utilisation. They also gained valuable data on the time employees went for lunch, enabling them to choose quieter times to visit the canteen, avoiding queues at the typically busier periods.
Within the hospitality industry, hotels could also adopt this smart approach. If they use a smart building system to gather information on how busy their facilities are, they can show residents how active the gym or pool is at different time periods so they can choose a quieter time to go.
Did you know that 30% of building energy is wasted? That’s money you’re spending on energy that’s not being used and adding to your carbon footprint unnecessarily.
You can create a smart energy building by using technology to identify the key areas in your building that waste energy and where energy costs can be minimised. Systems can then be connected together to automate operations and reduce your energy costs, for example turning off lighting that is left on when a room is not in use or controlling HVAC systems that heat or cool rooms that are unoccupied.
Building automation systems can be retrofitted to existing buildings, meaning you don’t need to move offices or build a new building to get the energy saving benefits of a smart building.
Utilising smart space buildings for wellbeing involves the business optimising all internal spaces to create an environment that enhances staff’s physical and mental health. The social distancing enforced due to COVID means that staff will look to find uncrowded areas that provide them with the necessary space to ease any concerns or anxiety about being in close proximity to others. Smart technology can enable you to optimise space for this purpose by monitoring occupancy within your building and help you implement social distancing by putting capacity limits to specific spaces.
Adopting technology that allows you to provide the correct lighting and ventilation is one way businesses can help satisfy the employee experience. Employees considering a return to the office post-COVID will be keen to see the steps you've taken to ensure their safety and wellbeing. Primary concerns will be around touchpoints, i.e., have you introduced automated lighting to remove the necessity for lightswitches? Staff will also want to know what has been done to improve the quality and cleanliness of the air in the building.
Another way is through adjusting your cleaning schedule to be smarter. Research shows a link between staff morale and unclean toilets, and monitoring usage of these facilities means you can carry out cleaning when it’s required. This improves hygiene standards for your staff by setting the schedule to correspond with how many times it is being used rather than just at fixed regular intervals – something that is likely to be demanded by workers in the aftermath of the pandemic.
The smart building solutions used to create a smart building can vary. Most smart building solutions utilise IoT (Internet of Things) technology to connect building systems together through networked IoT sensors or devices. This allows them to send and receive data between building systems and enhance the way that the building works.
Using smart building IoT enables you to access, control, and monitor all these connected building systems from anywhere on a centralised hub. This eliminates the need for time-consuming management of individual systems and can be done remotely.
Smart building IoT allows you to stop relying on assumptions and guesswork when making decisions. By collecting precision data and using technology to implement processes you can enjoy the following four benefits: saving costs, reducing energy consumption, improving efficiency and wellbeing.
Not only can smart building IoT provide the advantages outlined above, but it can also facilitate maintenance predictions to stop unnecessary replacements and services. It can also provide you with a forecasted maintenance budget, rather than having a surprise system breakdown that isn’t planned into the budget for that month.
Furthermore, analysing how your building is actually being used provides insight on the space and capacity each department and floor actually needs. This data allows you to decide whether you really need to spend budget on more building space or moving to a bigger space, or if instead you should consolidate or re-purpose what you already have because you’re not utilising it resourcefully.
As a facility or property manager, finding out how your building is being utilised by staff can help you make sure it runs more efficiently for your business and its staff.
Using systems that produce real-time data can help you achieve this by monitoring the availability of facilities such as hot desk stations and meeting rooms to increase productivity.
The data can save staff time by making it easier to find an available area to use. For example, it can tell you if a meeting room has been booked, but that the attendees are a no-show, enabling the meeting room to be automatically released.
Optimal configuration of a meeting room or conference room’s capacity can also be achieved by using data that measures if a meeting room is being used by groups of appropriate size. For example, if a 10 person conference room is only used by groups of four or less, then it is not being used efficiently and indicates that it would serve the business better if it were repurposed into two smaller meeting rooms for 4 to 6 people.
Smart building technology, such as occupancy sensors, have been predominantly used to improve the efficiency of commercial and public buildings. With the health and safety challenges brought about by COVID-19, however, their role has become critical in addressing concerns around social distancing and hygiene. Occupancy sensors are helping to enforce compliance with the evolving COVID-19 regulations while reassuring occupants that their safety is being prioritised by the business. They achieve this in the following ways:
Thanks to the accuracy of the data provided, you can streamline operations to extract maximum value from your maintenance and asset management budget. By getting optimal utility out of your property while still ensuring the safety of employees and occupants, you are creating functional and productive spaces that provide added reassurance to your team and business stakeholders.
The systems that can be used to help make a building smart come in a range of different solutions. These solutions can differ by the way the technology collects data, the amount of data it can provide, or the function it provides.
The way a smart building solution collects data is down to the function it will serve. For example, if the system is to enhance space utilisation, then a solution that uses occupancy sensor technology to count people will be best suited as it provides data that can give insight on how to aid this requirement.
And even once you have decided on the type of smart building solution you need, there are often other considerations that you need to think about. For example, when choosing a workplace occupancy sensor you will need to make considerations based on aspects such as how the technology is powered, if it can integrate with other systems and the connection type it requires. There are also differences in the type of detection technology it uses, such as passive infrared, ultrasonic or image recognition. Each comes with limitations and advantages in terms of the amount of data it can provide and the anonymity it keeps.
Choosing a smart building technology that captures no personally identifiable information and never relies on the use of cameras will make sure the privacy of your workers is kept whilst still allowing you to gather the valuable data that makes your building smart and operate more efficiently.
Many smart building technologies could be classified as privacy protecting despite using sensing technologies that can be considered invasive, for example video/CCTV and WiFi tracking. The data transmitted by the sensor may be anonymous as it has been processed by the device, however it has still been captured and should the sensor have any security flaws it could be possible for third parties to access it.
There are numerous companies around the world providing smart building services and solutions. These range from integrated workplace management systems (IWMS), to building automation and building management systems (BMS) and to solutions developed to solve or overcome specific problems.
True Occupancy is one of these specific solutions. Understanding how occupants of a building are actually using it is vitally important if you want to increase its efficiency and reduce running costs whilst also improving the occupants experience.
Our occupancy analytics solution makes your building smart and can help you revolutionise the way your business is run. Our solution uses advanced people counting technology to provide you with accurate data and reports on the utilisation of different buildings, floors, areas or individual rooms. Accurate occupancy data from our solution can bring further benefits as it can be integrated into other systems, enabling automatic control - for example lighting and HVAC systems.