GARDEN STATE HVAC DESIGN

ALL CALCULATIONS ARE BASED SOLELY ON THE INFORMATION SUBMITTED BY THE HOMEOWNER, CONTRACTOR, OR THEIR AUTHORIZED REPRESENTATIVE.

By submitting this form, you acknowledge that you are responsible for the accuracy and completeness of the information you provide. Inaccurate, incomplete, or outdated information may result in inaccurate calculations and recommendations. GS HVAC Design is not responsible for errors caused by incorrect information supplied by the customer.

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Step 1 — Contact & Property Information

Step 2 — Blueprint Submission

Please email your blueprint PDF directly to us at gshvacdesign@gmail.com — include ALL levels of the home in a single PDF. Accepted formats: CAD export (most accurate), Revit, Bluebeam, or high-resolution scanned PDF with clear room labels and dimensions.

Step 3 — Foundation Type

What type of foundation does your home have? This affects heating and cooling calculations.(required)

Step 4 — Basement Details

⚠️ Complete this section only if you selected Basement in Step 3.

Smart Sizing: If your basement is unfinished, we’ll size your equipment to handle future basement finishing so you don’t need to upgrade later.

Basement Type — Full Basement or Daylight/Walkout
Current Basement Status

Step 5 — Square Footage

Step 6 — Number of Stories

How many stories is your home? This helps us calculate room-by-room loads and multi-story air distribution accurately.(required)

Step 7 — HVAC System Type

What type of heating and cooling distribution system do you have?(required)

Step 8 — Heating System

What is your primary heating system? This determines equipment recommendations.(required)

Step 9 — Building Envelope (Optional)

Override insulation and air sealing values if known. If left blank, we’ll try to identify them from your blueprint. If we can’t, we’ll use industry defaults.

Step 10 — Building Orientation

Tip: Face your front door and note which compass direction you’re looking. Selecting Not Sure will use climate-based estimates, affecting accuracy by ~5-10%.

Which direction does the front of your building face? Knowing your building’s orientation helps us calculate accurate solar heat gains for each room, improving system sizing by up to 20%.(required)