We assess air demand, model potential savings, engineer the integration and plan delivery.
A SolarWall installation starts with the facility’s operating conditions. Solar exposure matters, but so do air volume, thermal setpoints, equipment integration, site access and the hours when useful heat is required.
Our project process follows the key stages described by SolarWall Türkiye and adapts them for an internationally oriented engineering engagement. Actual responsibility for each stage is agreed in the project contract.
From the first operational dataset to performance reporting, every stage answers a different engineering question.
We review the facility’s present heat sources, fuel consumption, outdoor-air volume, supply-air temperatures, operating patterns and existing mechanical plant. Seasonal heating demand and process constraints are identified.
The building envelope, solar orientation, shading, roof or façade space, structural capacity, access routes and AHU connection points are assessed. Project teams review ductwork paths, site constraints and installation phasing.
Site-specific weather, airflow, setpoints and operating hours support a thermal model. Estimates cover annual solar contribution, fuel displacement, CO₂ impact and economics under stated assumptions, sensitivities and operating cases.
Engineers select the collector arrangement and design supporting steelwork, air cavities, duct connections, dampers, sensors and building automation. The design is coordinated with electrical, structural and mechanical systems.
Approved design details define panel quantities, framing, ductwork, controls, installation packages and delivery sequence. Timing and procurement are coordinated with the customer’s operations and project programme.
The collector, support structure, air path and controls are installed in accordance with the agreed scope. Airflow, temperature measurement, dampers, BMS signals and operating modes are tested during commissioning.
Where included in the agreed project scope, a monitoring platform tracks temperature, flow and related system variables to estimate useful heat delivered and fuel displaced. Reports should distinguish modelled and observed performance.
Facility layout, fuel baseline, ventilation equipment specifications and operating hours help us move towards a credible financial and thermal assessment.
Send your project details ↗Where instrumentation and monitoring are included in the contract.
Performance monitoring can be specified as part of the engineering scope, with sensors and reporting matched to the facility.
Send us your facility location, primary heating fuel, typical operating hours and approximate outdoor-air demand.
