summarise this into one paragraph ,Passive solar design optimizes the use of sunlight, wind, and thermal mass to enhance the energy efficiency of buildings without relying on active mechanical systems. The main objectives include: 1.Maximizing Sunlight: In the winter: capturing sunlight for natural heating, and in the summer: minimizing direct sunlight to avoid overheating. 2. Thermal Mass: Using materials that retain heat during the day and release it at night. 3. Natural Ventilation: Facilitating airflow to reduce reliance on mechanical air conditioning. 4.Shading: Designing overhangs, awnings, and strategically planning windows to control solar gain. The new orientation of the building, where the deck now faces the southern boundary, will significantly influence the building's energy efficiency in both winter and summer conditions based on sector exposure factors - Solar Gain: In the winter, the sun is lower in the sky, meaning that south-facing windows will receive more direct sunlight. This can lead to substantial passive solar heating, which can reduce heating costs and reliance on heating systems. - Reduced Heat Loss: With the mirrored orientation, if the building incorporates appropriate thermal mass (e.g., concrete floors or walls), it can absorb the heat from the sun during the day and release it at night, aiding in temperature regulation. - Reduced Heat Gain: By facing the southern boundary, the deck may receive less harsh afternoon sun, which can help mitigate o