Our blog post Traditional BMS vs. IoT-Based BMS delved into exploring the differences between these two systems. This time around we’ll explore the limitations of the traditional BMS.
But why is it important to understand the limitations of traditional BMS?
You see, Building Management Systems (BMS), have long been the cornerstone of efficient building operations. Traditional BMS were doing absolutely fine, or people thought so until very recently.
Allow me to explain. Although The Paris Agreement on net zero entered into force in 2016, it was only a few years ago that people and organizations realized its importance. Cut to 2023, every organization has a sustainability goal in place and is doing everything possible to get there, starting with their buildings and facilities. It is at this point facility people are starting to notice the limitations of the long existing traditional BMS.
Facilities must make informed decisions, allocate resources more effectively, improve operational efficiency, and maximise energy efficiency if they are to reach sustainability goals sooner. Understanding the limitations of the systems in place is as vital as playing to strengths in order to accomplish these things effectively.
Lets dive right in and largely break these limitations down into four areas - Functionality, Scalability, Cost considerations and Data analytics.
Traditional BMS offers monitoring capabilities that provide insights into the performance of building systems. However, the real-time monitoring offered by these systems is often limited. This constraint can hinder the ability to identify and address issues quickly, potentially leading to inefficiencies or disruptions.
While traditional BMS excels at controlling various building systems, challenges arise when it comes to adaptive control. The ability to dynamically adjust to changing conditions is usually constrained, impacting the system's responsiveness and efficiency.
Integration with third-party systems:
One of the notable limitations of traditional BMS lies in its proprietary nature. These systems are often built on proprietary technologies, making it challenging to integrate third-party devices or components from different manufacturers. Interoperability issues can limit flexibility and hinder the adoption of innovative technologies.
Traditional BMS face difficulties when it comes to expanding or adding new devices or facilities. The architecture of these systems do not seamlessly accommodate the integration of additional devices, added facilities across the portfolio, resulting in complex modifications and increased costs.
Retrofitting and adaptability:
As buildings evolve, renovations and changes are inevitable. Traditional BMS struggles to adapt to these changes, requiring manual adjustments or retrofitting. This not only poses challenges in terms of time and effort but can also lead to operational disruptions.
Initial implementation costs:
The upfront costs of implementing a traditional BMS can be substantial. Expenses associated with hardware, software, and installation may pose a barrier for small and medium businesses or building owners with limited budgets.
Ongoing maintenance costs:
Regular maintenance and updates are essential for the smooth operation of a BMS. However, the costs associated with ongoing maintenance and upgrades may be a concern for organizations, especially if they are unexpected or frequent.
Data Analytics and Optimization
Limited analytical capabilities:
While traditional BMS provides basic monitoring and control functions, its analytical capabilities are limited. They lack the advanced data analytics, crucial for deriving meaningful insights and optimizing building performance.
Complex user interface and accessibility:
The user interfaces of traditional BMS is not intuitive and user-friendly as those of modern solutions. Accessibility to the system and the ability to monitor and control building systems remotely are constrained.
Looking Towards the Future
As we acknowledge the limitations of traditional BMS, it's essential to explore potential solutions and advancements. Emerging technologies like IoT-based BMS offer promising avenues for addressing the shortcomings of traditional BMS. As we navigate the complexities of modern buildings, it becomes imperative to consider alternatives and upgrades that align with the evolving demands of efficient and sustainable building management. By doing so, we pave the way for smarter, more adaptive, and future-ready solutions in the realm of building automation.