Operations and maintenance development tool

A building maintenance improvement system comprising:

• one or more memory devices configured to store instructions thereon that, when executed by one or more processors, cause the one or more processors to:
• receive building type information, building size information, building age information, and building location information;
• generate a building architecture profile based on the building type information, building size information, building age information, and building location information;
• query an energy profile database using the building architecture profile and receive an energy profile including estimated energy requirements;
• query an energy allocation database using the building architecture profile and the energy profile, and receive a building subsystems benchmark including a heating and cooling energy allocation;
• determine a benchmark maintenance profile based on the building architecture profile and the building subsystems benchmark, the benchmark maintenance profile including a preventative maintenance estimate, a reactive maintenance estimate, and a predictive maintenance estimate;
• determine an improved maintenance profile using the building architecture profile and the benchmark maintenance profile;
• query a labor database using the building architecture profile and the improved maintenance profile, and receive a labor hours requirement to achieve the improved maintenance profile;
• query a labor efficiency database using the labor hours requirement and a workforce factor, and receive a modified labor hour requirement;
• and
• assign a workforce to meet the modified labor hour requirement.

A building maintenance improvement system comprising:

• one or more memory devices configured to store instructions thereon that, when executed by one or more processors, cause the one or more processors to:
• receive building type information, building size information, building age information, and building location information;
• generate a building architecture profile based on the building type information, building size information, building age information, building location information, and building subsystem information;
• query an energy profile database using the building architecture profile and receive an energy profile including estimated energy requirements;
• query an energy allocation database using the building architecture profile and the energy profile, and receive a building subsystems benchmark including a heating and cooling energy allocation;
• determine a benchmark maintenance profile based on the building architecture profile and the building subsystems benchmark, the benchmark maintenance profile including a benchmark preventative maintenance estimate, a benchmark reactive maintenance estimate, and a benchmark predictive maintenance estimate;
• determine an improved maintenance profile using the building architecture profile and the benchmark maintenance profile, the improved maintenance profile including a target preventative maintenance percentage, a target reactive maintenance percentage, and a target predictive maintenance percentage;
• determine a smart system profile based on the improved maintenance profile, the smart system profile including a sensor installation list to achieve the improved maintenance profile;
• and
• identify a plurality of sensors to install based on the sensor installation list.

A building energy usage improvement system comprising:

• one or more memory devices configured to store instructions thereon that, when executed by one or more processors, cause the one or more processors to:
• receive building type information, building size information, building age information, and building location information;
• generate a building architecture profile based on the building type information, building size information, building age information, and building location information;
• query an energy profile database using the building architecture profile and receive an energy profile including estimated energy requirements;
• query an energy allocation database using the building architecture profile and the energy profile, and receive a building subsystems benchmark including a heating and cooling energy allocation;
• receive an equipment age of a heating ventilation and air conditioning equipment;
• determine an equipment energy allocation based on the building subsystems benchmark and the equipment age;
• query a lifecycle database using the equipment age and the equipment energy allocation and receive a lifecycle status including profitable, evaluation, diminishing returns, or replace;
• determine a recommendation for repair and maintenance, or replacement of the heating ventilation and air conditioning equipment;
• determine an improved building subsystems profile based on the recommendation;
• and
• determine an energy savings differential based on the improved building subsystems profile and the building subsystems benchmark.