A local third level institution is planning to construct a new 2,000 seater theatre. The tiered seating will be flexible and removable to provide a concert venue for a standing audience. Give detailed advice to ensure the optimum energy performance of the building in relation to the following: Q 3(a) [3 Marks] The design volume flow rate of fresh air, the reasons why this air is required, and how this can be controlled in part load mode. Q 3(b) [5 Marks] The main sources of heat in the occupied zone that would contribute to the cooling load on the ventilation system. Include latent loads. Given a description of how these loads could be calculated, including rule of thumb figures. Q 3(c) [8 Marks] The air distribution strategy that would provide greatest flexibility and least energy consumption. Make reference to the temperature of the air supplied. Q 3(d) [9 Marks] The configuration of the Air Handling unit including heat/cooling recovery. Please provide a clear sketch. Q 3(e) Requirement for humidity control. [3 Marks] Q 3(f) [5.33 Marks] The type of cooling system that should be used. This should include details on the type of chiller, the internal components in the chiller, and the piping configuration required to control the temperature of the air.