1. Ensure speed and efficient data processing
Large buildings and property portfolios often require parallel processing of tasks while collecting large amounts of real-time data. It is crucial to build an infrastructure capable of handling this load. This includes having sufficient processor and memory capacity as well as selecting appropriate data storage solutions.
2. Future-proof your systems and keep software updated
The technology in building automation evolves constantly, making it essential to install solutions that can be updated and adapted over time. Regularly reviewing systems and keeping software up to date ensures the longevity and performance of building management systems.
3. Choose systems that communicate with each other
In larger buildings, systems from multiple vendors are often installed, such as those for lighting, heating, ventilation, and security. To maintain control and optimize performance, it’s vital to integrate and coordinate these systems so they can exchange information and work together effectively.
4. Prioritize data protection and security
With new technology come new security challenges. Cybersecurity has become increasingly important, and building systems are no exception. Large buildings process vast amounts of data, making them vulnerable to risks like breaches in firewalls, local web servers, or encrypted information. Different types of buildings require varying levels of security to address these challenges.
5. Invest in operations, maintenance, and management
Creating a comfortable indoor climate in large buildings requires ongoing oversight. By analyzing collected data, unnecessary energy leaks can be prevented, leading to reduced consumption. In multi-tenant buildings, differing needs may require continuous adjustments and fine-tuning of systems to ensure the indoor climate is appropriately scaled for all users.