Include a site plan showing the parking spaces within the LEED boundary, and assigned spaces for carpools or vanpools.

Review case studies of similar energy-efficient buildings in the same climate to provide helpful hints for selecting energy-efficiency measures. For example, a building in a heating-dominated climate can often benefit from natural ventilation and free cooling during shoulder seasons. (See Resources for leading industry journals showcasing success stories around the country and internationally.)

Provide the number of preferred parking spaces and have the owner sign off stating that signs will be installed and occupants educated.

More energy-efficient HVAC equipment can cost more relative to conventional equipment. However, by reducing heating and cooling loads through good passive design, the mechanical engineer can often reduce the size and cost of the system. Reduced system size can save money through:

smaller chillers or boilers;
smaller fans, used less frequently;
smaller pumps and auxiliary systems;
smaller ducts;
and less square footage devoted to mechanical systems.

Provide the numbers of the minimum parking capacity required by zoning and the total provided parking capacity.

Encourage your design team to brainstorm design innovations and energy-reduction strategies. This provides a communication link among team members so they can make informed decisions. 

Option 1: Minimum Parking Capacity

Involving facilities staff in the design process can further inform key design decisions, helping ensure successful operation and low maintenance costs.

Load reduction requires coordinated efforts by all design members including the architect, lighting designer, interior designer, information-technology manager, and owner. 

Complete the LEED Online credit form based on the approach taken—see below.