Building Automation Engineering

Feasibility and System Assessment

Every Clenergize project begins with a structured feasibility and system assessment to ensure the building automation strategy is fully aligned with the project’s goals, operational demands, and compliance requirements from day one. We work closely with developers, consultants, facilities managers, and MEP contractors to capture site conditions, user expectations, and system constraints.

Our team conducts site surveys, stakeholder interviews, and operational baseline assessments to identify energy loads, usage patterns, and existing system inefficiencies. For new developments, we forecast load profiles and assess design assumptions. This early clarity helps avoid misaligned specifications, costly revisions during execution, and delays due to unclear requirements.

A critical part of this process is mapping integration points across all systems: HVAC controls, lighting automation, energy metering, elevators, access control, and specialized platforms such as Guest Room Management Systems (GRMS). We verify protocol compatibility early, to ensure that each subsystem can communicate reliably via open protocols including KNX, BACnet/IP, Modbus RTU/TCP, and DALI. This prevents the need for on-site workarounds and ensures seamless, real-time data exchange from the first day of commissioning.

We also conduct technical and financial evaluations to support decision-making. Our engineers compare automation options, validate return on investment (ROI) projections, and analyze whether advanced control strategies like VAV zoning, demand-controlled ventilation, or CO₂-based modulation justify the added cost. In doing so, we consider regional factors like energy tariffs, peak demand charges, climate-related load variability, and equipment maintenance cycles. The result is a practical, data-backed recommendation tailored to the specific building type and market context.

Finally, we align every recommendation with local and international standards. The outcome is a clear, actionable roadmap that confirms technical feasibility, simplifies approvals, and prepares the project for a smooth transition into detailed design and execution.