Based on San Diego's climate and building requirements, the following locations are suitable for installing ERV (Energy Recovery Ventilation) systems:

1. Resorts and Hotels

Paradise Point Resort: Located in Mission Bay, this resort features cabin-style architecture and prioritizes indoor-outdoor air flow. An ERV system is ideal for balancing ventilation and energy conservation needs.

W San Diego: Located in the city center/bay area, this modern building demands high air quality. An ERV system can improve indoor comfort and reduce energy consumption.

2. Commercial and Public Buildings

Central Market and Providencia District: High-traffic commercial areas. An ERV system can effectively handle ventilation and heat recovery needs while reducing air conditioning loads.

Balboa Park and Zoo: Large public spaces require stable air quality. An ERV system is suitable for use in conjunction with air conditioning systems.

3. Residences and Villas

Townhouses and Country Homes: Single-story homes in the Chicureo District, for example, experience high summer temperatures in the Mediterranean climate. An ERV system can be combined 

with a ventilated roof design for efficient air exchange and energy conservation. Bayside Rooms: High humidity environments require controlled ventilation. ERV systems can effectively recover 

exhaust air energy, reducing dehumidification costs.

4. Industrial and Storage Facilities

Warehouses and Laboratories: For spaces requiring stable ventilation, ERV systems can meet the requirements of the "Building Plumbing, Drainage, and Ventilation Technical Specifications"

 while optimizing energy consumption.

Technical Compatibility

San Diego has dry, hot summers and mild winters. ERV systems can significantly reduce air conditioning energy consumption, especially in areas with large diurnal temperature swings.

It is recommended that installation be conducted in accordance with the local "Ventilation and Air Conditioning Engineering Construction Quality Acceptance Specifications" 

to ensure system compatibility and energy efficiency.