Johnson Controls’ global headquarters at One Albert Quay is a building that stands as an active, operating showpiece of what a smart building can do. The 170,000 square foot building uses an array of cutting-edge smart technologies to connect everything from security, fire prevention and HVAC to building and facilities management systems. This is all in the name of making the building smarter, safer and more sustainable.

Innovative, integrated technologies manage everything from access systems to the menu of the in-house restaurant. Data analytics plays a key role in the operation of the facilities on site. Internet of things (IoT) systems work in conjunction with each other to provide building occupants with improved health and safety, streamlined building access and real-time updates on local traffic, parking spaces and room bookings.
“We’re extremely proud of the way in which One Albert Quay demonstrates the impact of integrated, connected technology for security and facilities management,” said Donal Sullivan, vice president and general manager at Johnson Controls.
“By integrating access, fire and security systems with innovative new data-gathering techniques and site management tools, businesses can massively reduce their administration costs, save on energy and improve employee experience.
“Connected technology is here to stay, and as One Albert Quay proves, it is the key to a highly efficient and stimulating business environment.”
The building has also brought new opportunity and investment to the city of Cork. Johnson Controls has a staff of more than 300 in Cork with scope for further growth, while One Albert Quay also plays host to a number of major international companies including PwC, Investec, Arup Engineering, MalwareBytes and Hortonworks. This only boosts Cork’s status as a successful and ever-developing international business hub.

Smarter design for comfort, security and sustainability

One Albert Quay was designed to push the limits of energy efficiency and sustainability. From the early stages of construction, the building used energy saving insulation, rainwater collection, automatic power use management and sustainably-sourced building materials. Almost a fifth of total UK carbon emissions come from non-domestic buildings but One Albert Quay uses smart technologies to defy the limitations of conventional building design.
The building incorporates IoT systems to process and connect data from access management, CCTV, lifts, room reservations and traffic movement. This improves facility management and security capabilities. Data is stored securely to avoid any danger of an information breach.
Analysis of data gathered through IoT devices allows building managers to provide the best possible experience for employees and visitors. By analysing transport methods, parking, routes through the building, restaurant purchases and energy use, building managers are able to tailor the facilities and services on the fly to adapt to changing needs throughout the day.
The real-time update service provides employees with information on every aspect of the building and the immediate surrounding area. This in turn would help them plan their day and maximise resources - for example, by helping them avoid arriving at the building’s car park when it is already full.

Building for the future

The building was delivered ahead of schedule, with construction taking just 16 months from breaking ground to completion.
One Albert Quay is highly energy efficient, and was certified Gold under the US Green Building Council’s Leadership in Energy and Environmental Design (LEED) scheme. The accreditation dictates that at least a 36 per cent saving must be achieved in energy-related operating costs across the building.
To reach this target, Johnson Controls installed rainwater harvesting and treatment facilities, highly efficient solar-reflective external glazing, LED lighting with lux-level sensors throughout and solar thermal collectors to pump natural heat into the building. The development also has a glazed central atrium which brings light into the centre of the building, reducing the need for artificial, power-consuming illumination.
Further, a single-unit battery has been installed in the basement to take advantage of ‘peak shaving’. The battery is charged overnight, when energy is cheaper, with the electricity deployed during the day to power buildings systems in a cost-efficient manner.
The advanced integration of a wide range of Johnson Controls IoT solutions means that access management, CCTV, lifts, room booking and payment systems are all linked to one another, giving managers a single comprehensive view over the whole facility.
The lifts are one fine example of a smart solution that saves time and money. Upon entry, the AC2000 Linux-based access management system identifies which floor the person is booked to visit and, in tandem with Schindler’s smart lifts system, automatically directs them to the lift which will get there first.
The building’s stairways, corridors and wider floors also have capabilities to provide information on employee health and flow through the building to help inform items such as restaurant meals based on accumulative activity levels. The restaurant operates a cashless system, providing transaction data to aid in development of menu options.
The car park also has number plate recognition technology installed to ensure that only employees or registered guests can gain access with the minimum of fuss.
But what about the security of all this data? It is anonymised before processing and stored to ensure the highest level of security and privacy. Employees can choose to opt-in to specific programmes involving data collection, providing further material for our research and development to utilise.
While tenants’ systems are kept segregated behind separate firewalls to ensure internal privacy, Johnson Controls’ integrated, unified architecture points to the future of office block management, when central decision makers will manage all companies in the building from one dashboard.