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Last edited 23 Apr 2019
What are the benefits of smart homes for Millennial end-users?
Smart homes and associated technology available on the market are transforming the way we live and our relationships with our homes. These technologies provide a number of benefits for those who live in ‘smart homes’, including added convenience, security, user-controlled flexibility for thermal comfort and lighting levels, and the way we interact with our appliances.
Up to 70% of the global workforce will consist of ‘Millennials’ by 2030 (a ‘Millennial’ is defined as a person born between 1980–1996), which means most will be working and leading busy lives driven by convenience. Smart homes allow for this flexibility, as we spend more time out of the home, and demand higher levels of comfort and control over our living spaces and increasing reliability on technologies.
For example, user-controlled apps are readily available on the market which allow you to remotely access security features, such as locks, cameras and home surveillance. Effectively you can monitor your home from intruders, watch family members (including elderly and young) and ensure their safety, and communicate with the postman when they make a delivery while you are out.
Smart and adaptive home thermostats are also now an affordable method to control your room temperatures and indoor thermal conditions. Where a traditional system would rely on manual input, and temperature set-points taken from an unoccupied space such as a hallway, a smart thermostat can be controlled remotely and include motion/temperature sensors for individual rooms. Intelligent schedule learning follows your weekly and daily user patterns and ensures your home is cooled or heated dependent on when you are at home, or which rooms are occupied. Location tracking on smart phones allows the home to be at optimal temperature by the time you reach there and switches off when you leave. The energy savings for this type of system means the payback for the initial technology purchase is extremely cost-effective, especially when the tenant is paying the bills.
Smart lighting is a lighting technology designed for energy efficiency. This may include high-efficiency fixtures and automated controls such as voice control, motion and daylight sensors that make adjustments based on the conditions within the home. User-controlled apps allow you to control your bulbs when you are away from your house and know if you are home or away, so it knows if you have left the lights on by mistake (or whether to turn them on as you arrive home).
Once home, smart controls such as motion detectors, dimmers, timers and voice controls mean you can adjust lighting levels without having to touch a switch. Lighting render levels can be programmed to follow circadian rhythms, promoting healthy sleep and waking patterns with associated, improved health benefits.
 What are the benefits of smart homes for facilities managements and the utilities networks?
‘Smart’ water use in Dubai is an important topic for planners and the utilities network, as we require a high volume of irrigation water for our landscaping and home use, and only have 10cm of rainfall on average every year.
This makes us one of the highest consumers of water per capita in the world. Typically, the main water source in Dubai is desalinated water, which is an extremely high energy-intensive process. Smart cities and infrastructure allow for a more resilient water network as we can benefit from sensors for testing water quality, pressure or temperature. This can considerably streamline supply and predict demand, as well as identify leaks and issues within the water network, insuring all homes have access to clean and sanitary water while minimising wastage.
With regards to energy, ‘smart’ technologies and appliances in the home allow us to schedule operations based on real-time demands of the city or neighbourhood, for example, washing machines that auto-turn on when energy demand is low. This helps to stabilise the demand across a city’s network and also benefits the home owner by offering lower tariffs during off-peak periods, therefore saving money on electricity bills.
We are even getting ‘smart’ with our food. There are fridges on the market which let you know when you have run out of milk. Some even have cameras which you can view when you are in a supermarket to check what you need to buy. In urban environments, with limited agricultural space, new technologies such as vertical farming/community farms and urban gardens are making great traction and encouraging shared economies. The UAE is driving the use of hydroponic food growing methods, which require substantially less water in comparison to traditional agricultural methods. Adaptive and smart technologies can help us adjust to the climate we live in to help manage our own demands and rely less on imported sources.
The sharing of our real-time building data for energy/water use and waste generation monitoring has many benefits within the city/neighbourhood grid to establish patterns of supply and demand, and identify failures and maintenance issues as and when required. It also allows homeowners to benchmark their performance against others, which really encourages better energy and water efficiency.
 Do smart building technologies influence the property industry and workplace?
In commercial properties, the comfort, wellbeing and productivity of people are largely dependent on the heating, ventilation and air-conditioning (HVAC) systems which control temperature, humidity and air quality. A comfortable house should be a basic need, but can be overlooked because these systems are invisible.
HVAC is also the largest component of building energy consumption; it can make up to 70% of the energy demand and the majority of carbon emissions in the built environment. If this system is not working the way it should then it makes people unhappy and unproductive, increases absenteeism in workplaces and damages the environment. Occupants become increasingly more satisfied with their working (and living conditions) if they have a level of control over the spaces they use, therefore smart technologies can provide great benefits to the property industry and workplaces.
A building management system (BMS) is a computer-based control system installed in buildings that controls and monitors mechanical and electrical equipment such as ventilation, lighting, power, fire and security systems. This can be responsible for temperature, humidity and air quality as well as lighting, which are all key factors in workplace health and wellbeing. In addition to energy costs, the maintenance of HVAC is a significant cost in the operational budget of a property.
This heatwave of summer 2018 has shown that very high temperatures could become more common around the world. In Europe, this heatwave has followed very cold spells over the winter. Not all properties have the capacity to cope with these extremes of temperature. By collecting data from the HVAC system and BMS network, it is possible to know whether a property can cope or whether an upgrade to the HVAC equipment and/or building fabric is required to adapt to climate change.
 How does building smart affect the rental market? Can Millennials afford the smart technologies they crave?
Tenants and employees are more likely to choose to work or live somewhere with building-integrated smart technology, especially the Millennial generation which finds technology and ‘gadgetry’ very appealing. The capital expenditure costs of upgrading systems are often born by the building owner and therefore may drive rental increases in smart buildings. However, these technologies decrease the operational costs for tenants who are ultimately footing the bill for energy and water usage. Most tenants in homes would be happy to pay a higher monthly rental premium if their comfort and well-being were significantly improved when coupled with saving money on monthly utility bills.
Within the workplace, a considerable amount of money can be saved by a business with a ‘healthy’ office, where such benefits result in reduced absenteeism, increased employee productivity and employee retention. However, when applying smart buildings to business applications, it is difficult to see the market adapting to it as in the residential sector, where a lot of the benefits are quite subjective and prioritised less by business owners.
 About this article
This article was written by Sophia Kee MCIAT, chartered architectural technologist, who took part in a panel discussion at Cityscape Global Conference, Built Environment Programme, Dubai, in October 2018 to discuss smart homes and millennial expectations. The article was first published in CIAT’s AT magazine No.128 (Winter 2018-19) and can be accessed here.
- Building management systems.
- Engineering Smart Cities.
- European connected and smart home market.
- Information and communications technology.
- Internet of things.
- Making a house a home.
- PAS 180:2014 Smart cities – Vocabulary.
- PAS 181:2014 Smart city Framework. Guide to establishing strategies for smart.
- PAS 182 Smart city data concept model.
- Smart buildings.
- Smart cities.
- Smart home and light commercial market in 2017.
- Smart technology.
- The global smart homes market.
- The smart buildings market.--CIAT
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