St. Paul’s School Fleischner Family Admissions Center

Project

St. Paul’s School Fleischner Family Admissions Center

Office

Concord, NH | 2025

  • 16K GSF
  • 2 Companies

About

Nestled in the woods at the threshold of St. Paul’s School, the Fleischner Family Admissions Center provides an immediate sense of belonging and orientation. The mass timber building balances private offices with a flexible great hall that welcomes families to the campus.

LEED Gold Certified, the building’s mass timber construction reduces embodied carbon and establishes a warm, tactile interior. Photovoltaic panels and all-electric systems provide the opportunity for fossil-fuel-free operation. The rain garden demonstrates water stewardship in a visible, educational way, while real-time displays show the building’s energy use, turning the building itself into a teaching tool.

Project Owner

St. Paul’s School

Is the project Net Zero Energy or Net Zero Energy Ready?

Net Zero (Achieving)

Project Size in GSF

16K

Category of height

Low-Rise

Number of residential units

0

How is the building all-electric for heating?

Air-source Heat Pump

What other systems are used for heating?

Air-source Heat Pump

Is the service hot water all-electric?

Yes

What is the primary system type for domestic hot water?

Electric resistance storage

On-site renewable energy

20%

Is the owner purchasing off-site renewable energy to offset all electricity consumption?

Yes

The construction cost difference from "conventional" to being net zero "ready" (including incentives) for this building is

We didn't calculate the cost premium

Site EUI Energy Use Intensity is the amount of energy a project uses per square foot over the course of a year. Site EUI = Annual Energy Use (kBtus) / Building(s) Area (ft²) / One Year (yr)

50.2 kBtu/sf/year

Net Site EUI

41.0 kBtu/sf/year

The EUI is

Modeled

Carbon Emissions Intensity (CEI)

2.11kg/CO2e/sf

What is the climate zone for this project?

5A Cool Humid

Websites for more information

CBT

Project Team

Energy Engineering
Architecture