Abstract
To overcome the need for repeatable weather conditions when investigating solar wood drying, a solar simulation system was designed consisting of a climatic chamber for producing ambient wet and dry bulb conditions, a solar energy simulator to simulate the solar energy falling on the collector, and a small solar kiln to fit inside the climatic chamber. A fully automated control system controlled the simulation system. The design parameters, construction, and control logic of the system are discussed in Part 1 while the testing and performance of the system will be discussed in Part 2
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