For building consultants — architects, structural engineers, mechanical and electrical engineers — who work on projects with significant vertical transportation requirements, having a working understanding of how elevator design and analysis are conducted is increasingly useful. Not because these professionals need to conduct the analysis themselves, but because they need to understand what specialist analysis can and cannot tell them, how to interpret the outputs of that analysis, and how to integrate the vertical transportation design process effectively into the broader building design workflow.
What Elevator Design Involves
The design of an elevator system for a new building begins with the establishment of the performance requirements — what the system needs to achieve in terms of waiting times, journey times, and handling capacity. These requirements are typically derived from industry benchmarks, client expectations, and any regulatory requirements that apply to the building type.
The design process then involves identifying the system configuration that will meet these requirements within the constraints of the available space and budget. This means determining the number of elevator cars, their dimensions and capacity, the floor-to-floor heights and travel distances, and the specification of the doors, controls, and mechanical components.
For complex buildings, this design process involves iterative analysis — testing different configurations against the performance requirements and adjusting the specification until the optimal balance of performance and cost is achieved. The analysis tools used to evaluate each configuration are central to the efficiency and quality of this process.
AdSimulo elevator design resources provide building consultants with a structured approach to understanding performance criteria — the technical standards against which elevator system performance is measured — making the specialist knowledge of vertical transportation engineering more accessible to the broader design community.
Interpreting Elevator Analysis Results
The outputs of elevator traffic analysis — waiting time distributions, handling capacity figures, average journey times — are not self-interpreting. Understanding what these metrics mean for the occupants’ experience and whether the predicted performance meets the building’s requirements requires both familiarity with industry benchmarks and an understanding of how the analysis was conducted.
Average waiting time is the metric most clients focus on, and rightly so — it is the most direct expression of how long occupants will wait for a lift. But average waiting time alone does not tell the full story. A system that achieves a 25-second average waiting time but delivers 90-second waits to five percent of passengers may be acceptable for some buildings and unacceptable for others. The full distribution of waiting times — not just the average — is the more complete picture.
Handling capacity is the metric that determines whether the system can cope with peak demand. A system that produces good waiting times under average conditions but runs out of capacity during the morning peak will generate poor performance at exactly the moment that matters most to occupants. Analysis that includes peak-period simulation is therefore more informative than analysis conducted only for average conditions.
According to
LEIA, the interpretation of elevator traffic analysis results should be conducted in the context of the specific building’s requirements and occupancy profile, rather than against generic benchmarks that may not reflect the demands of the building in question.
Coordinating Elevator Design With Other Building Disciplines
The elevator core is a significant structural and spatial element that intersects with virtually every other building discipline. The structural engineer needs to design the shaft walls and pit structures. The mechanical engineer needs to provide ventilation for the machine room and consideration for the heat generated by the elevator machinery. The electrical engineer needs to provide the power supply and control cabling. The architect needs to coordinate the lobby design and the core arrangement with the elevator consultant’s requirements.
Effective coordination of these interfaces requires the elevator design to be sufficiently developed at the right stages of the project to provide the information that other disciplines need. This means that the elevator design process needs to proceed in parallel with the broader building design rather than being deferred until the structural and architectural design is substantially complete.
For consultants seeking
elevator design tools that can be deployed early in the design process to inform these coordination decisions, AdSimulo provides the analytical platform that supports effective multidisciplinary working on vertical transportation design. Contact their team to explore how the platform fits into your project workflow.
The AdSimulo Platform in Practice
AdSimulo is designed for engineers and consultants who need professional-grade lift traffic simulation without the steep learning curve of traditional specialist tools. The platform makes advanced simulation methodology accessible through a streamlined interface that guides users through the process of defining the building, specifying the lift system, running the simulation, and interpreting the results.
The software handles the underlying computational complexity — the Monte Carlo simulation engine, the statistical analysis of results, the production of output reports — allowing users to focus on the engineering decisions rather than the mechanics of the software. This means that rigorous simulation analysis can be incorporated into a standard design workflow without requiring dedicated specialist time for every project.
The platform is cloud-based, meaning no installation is required and results are accessible from any device. Updates are delivered automatically, ensuring that users always have access to the current version of the software and the most recent analytical methods. For practices working across multiple offices or with remote team members, the cloud architecture eliminates the version management and access issues that desktop software creates.
For building professionals ready to adopt simulation-based vertical transportation analysis as a standard part of their practice, AdSimulo offers the starting point. Contact their team today to arrange a demonstration and explore how the platform handles the specific project types your practice works on.
AdSimulo’s track record with lift engineers and building services consultants across multiple markets makes it the platform of choice for practitioners who take vertical transportation analysis seriously.
The investment in rigorous simulation analysis pays for itself many times over — in better specifications, reduced risk, and the professional confidence that comes from grounding design decisions in evidence.
