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A worksheet designed for use in California to calculate the solar heat gain coefficient (SHGC) for residential fenestration products, including details about glazing, shading types, and compliance
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How to fill out solar heat gain coefficient
How to fill out SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL
01
Gather necessary data including window specifications and orientation.
02
Identify the climate zone in which the residence is located.
03
Determine the total area of all windows in square feet.
04
Find the Solar Heat Gain Coefficient (SHGC) for each window from the product's specifications.
05
Calculate the total solar heat gain by multiplying the area of each window by its SHGC.
06
Sum the total solar heat gain for all windows to find the overall gain for the building.
07
Fill out the worksheet by entering the calculated values and any additional required information.
Who needs SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL?
01
Homeowners looking to optimize energy efficiency.
02
Architects and builders assessing energy performance of residential buildings.
03
Energy auditors conducting evaluations for residential properties.
04
Anyone applying for energy efficiency rebates or credits.
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People Also Ask about
What is the difference between SHGc and SC?
However, SC differs from SHGC in some important ways. SC is based only upon the glass portion of the glazing assembly — it does not consider the frame. Moreover, SC is the ratio of radiant heat gain through a given type of glass relative to 1/8-inches-thick single clear glass.
Is .23 SHGc good?
This means that for most climates in the United States, this is a good SHGC rating. Ratings range from 0 to 1, so . 23 is on the low end of the range. Little solar radiation would enter the building, keeping air conditioning costs down.
How do you calculate solar heat gain coefficient?
The relationship between SHGC and SC is as follows: SHGC = SC × 0.87. SC values are calculated using the sum of the primary solar transmittance and the secondary transmittance.
What is the formula for heat gain?
The amount of heat gained or lost by a sample (q) can be calculated using the equation q = mcΔT, where m is the mass of the sample, c is the specific heat, and ΔT is the temperature change. Created by Jay.
How is the solar heat gain coefficient calculated?
SHGC is best described as a ratio where 1 equals the maximum amount of solar heat allowed through a window, and 0 equals the least amount possible allowed through. An SHGC rating of 0.30 means that 30% of the available solar heat can pass through the window.
What is the difference between SC and SHGC?
The SHGC is similar to the SC, but also accounts for absorbed, convected, and inwardly radiated solar energy. The SHGC can be calculated by multiplying the SC x . 86 (SHGC=SC*0.86). Both the SC and the SHGC are values which represent the solar heat gain through the glazing from the total solar energy spectrum.
Is .23 SHGc good?
This means that for most climates in the United States, this is a good SHGC rating. Ratings range from 0 to 1, so . 23 is on the low end of the range. Little solar radiation would enter the building, keeping air conditioning costs down.
What is a good number for solar heat gain coefficient?
When air conditioning is generally not of concern, a higher SHGC in the range of 0.30 to 0.60 can be helpful, since during winter months, the solar heat gained can help warm the house. If air conditioning is sometimes used and cooling is a concern, windows and skylights with an SHGC of less than 0.40 should be used.
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What is SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL?
The Solar Heat Gain Coefficient Worksheet: Residential is a document used to calculate and report the amount of solar heat that a residential building's windows, doors, and skylights admit. It helps assess energy efficiency and compliance with building codes.
Who is required to file SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL?
Contractors, builders, and architects involved in the design and construction of residential buildings that include fenestration products are typically required to file this worksheet as part of the energy compliance documentation.
How to fill out SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL?
To fill out the worksheet, one must gather data on the types of windows and doors being installed, their solar heat gain coefficients, and relevant specifications. Then, the data should be entered into the designated fields of the worksheet, ensuring all calculations are accurate.
What is the purpose of SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL?
The purpose of the worksheet is to ensure that residential buildings meet energy efficiency standards by quantifying the solar heat gain from fenestration. This helps in managing heating and cooling costs and improving overall indoor comfort.
What information must be reported on SOLAR HEAT GAIN COEFFICIENT WORKSHEET: RESIDENTIAL?
Information that must be reported includes the identification of each fenestration product, the specific solar heat gain coefficients, total area of fenestration, and any additional details relevant to energy performance criteria.
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