Fink-Simko Zero Net Energy Deep Energy Retrofit

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Quick Facts

General

Location <
Building Type S
Project Type Z
Basis of Performance Claim Verified,
Bedrooms 3
Conditioned Floor Area 2

Energy Summary

Energy Data Type Measured,
Renewable Energy System Type(s) Photovoltaics,
Ratings
Annual renewable energy generated 9

Envelope and Mechanicals

Subslab assembly <
Foundation wall assembly <
Above grade wall assembly <
Door Assembly <
Air Changes per hour, ACH50 1

Project Team:

Mechanical EngineerTeam Member: David Fink Energy ConsultantTeam Member: Mike Duclos Energy ConsultantTeam Member: Paul Eldrenkamp

Other Team Members:

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Ratings:

Awards:

Completion

Completion Date: <

Scope

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Type of Construction Renovated,
Number of buildings
Floor area of each building
Bedrooms 3
Stories 2
Conditioned Building Volume 1
Conditioned Floor Area 2

Location and Climate Details

S

Address <
Location Type S
Climate Region Z
Köppen Climate Type C
Lat. / Long. P
Elevation 1
Solar Insolation 4
Annual CDD and Base Temp 9 | 7
Annual HDD and Base Temp 6 | 6

Site

Site Conditions:

previously developed land, preexisting structure(s),

Site Description:

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Monthly Energy Data and Utilities

Energy Data Type: Verified,

Electric Utility: N

Gas Utility: N

Renewables and Energy Balance

Renewable Energy Sources:Renewable energy is generated within the building footprint (e.g. solar PV on the roof),

Renewable Energy System Description & Details: P

Annual renewable energy generated 9
Annual Renewable Energy Generated Data Type Measured,
Power Rating
Renewable Energy System Type(s) Photovoltaics,
Source of Annual Production Data A

Walls and Roof

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Subslab assembly <
Subslab R-value 1
Slab edge assembly
Slab edge R-value
Foundation wall assembly <
Foundation wall R-value 2
Above grade wall assembly <
Above grade wall R-value 4
Cathedral ceiling assembly
Cathedral ceiling R-value

Windows and Doors

Window Assembly: <

Door Assembly: <

Average window U-factor 0
Door U-Factor 0
Door Area 7

Mechanical Systems

Space cooling - Manufacturer & Model Mitsubishi Mini Split MUZ-FE09NA (Outside) / MSZ-FE09NA (Inside),
Space heating - Manufacturer & Model Mitsubishi Mini Split MUZ-FE09NA (Outside) / MSZ-FE09NA (Inside),
Domestic hot water - Manufacturer & Model G
Domestic hot water - capacity 5
Ventilation - Manufacturer & Model Zehnder CA-350, 87% efficiency, measured balanced flow 61/95/155 cfm,
Lighting Manufacturer and Model
Lighting Efficiency
Mechanical Equipment Installation Details and Comments <

Envelope

Air Changes per hour, ACH50 1
Air Changes per hour, CFM50 4

General Process

Design for Adaptability:

Software Tools

Software Tools:

General modeling information:

Lessons Learned

Outcome of Project Goals:

Discrepancies:

Rebates and Financial Incentives

Federal incentives <
Local incentives
State incentives <
Utility incentives <
Other incentives
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