The New Colorado Model Low Energy and Carbon Code (MLECC) establishes rigorous performance benchmarks for building envelopes, focusing on high-performance insulation and enhanced air sealing to move homes toward net-zero energy readiness.
Insulation Standards
Insulation requirements vary by jurisdiction, with several major areas adopting the most stringent standards:
- Denver, Centennial, and Unincorporated Arapahoe County: These jurisdictions mandate R-49 attic insulation and R-20 wall insulation. To meet the R-20 wall requirement and minimize thermal bridging, these codes typically require the use of continuous insulation, such as polyiso.
- Colorado Springs: Currently maintains slightly lower thresholds, requiring R-38 attic insulation and R-19 wall insulation.
Air Sealing and Building Envelope Requirements
The MLECC introduces several measures to guarantee airtightness and thermal efficiency:
- Enhanced Air Sealing: The code requires advanced air sealing techniques designed to dramatically reduce thermal transfer.
- Duct Leakage Testing: Compliance involves mandatory testing of ductwork to ensure minimal energy loss through the HVAC system.
- High-Performance Windows: To support the building envelope, windows must meet strict thresholds by July 2026. In most jurisdictions (except Colorado Springs), this includes a U-value of 0.30 or lower and a Solar Heat Gain Coefficient (SHGC) of 0.25 or lower.
- Electric-Ready Provisions: New standards include requirements to make homes “electric-ready” to facilitate future electrification and carbon reduction goals.
Related FAQs
-
How does the Required Installation Depth Affect the Total Cost per Helical Pier?
Read More »: How does the Required Installation Depth Affect the Total Cost per Helical Pier?The required installation depth is a primary factor in determining the total cost of a helical pier because the price is directly tied to the amount of material and labor used. According to ACN Construction, depth affects the cost in…
-
Why do Contractors Often Charge per Helical Pier Location Rather than per Individual Pier?
Read More »: Why do Contractors Often Charge per Helical Pier Location Rather than per Individual Pier?Contractors utilize a per-location pricing model for helical piers because it accurately reflects the specific labor, engineering, and material requirements of each individual support point. This approach is considered an industry best practice for foundation stabilization for several reasons: Independent…
-
How Much does a Typical Helical Pier Installation Cost per Pier Location?
Read More »: How Much does a Typical Helical Pier Installation Cost per Pier Location?The typical cost for a helical pier installation generally ranges between $1,500 and $5,000 per pier location, depending on the specific requirements of the project. Based on ACN Construction’s data and regional comparisons, here is a breakdown of the cost…
-
Are There Hidden Costs when Choosing a Helical Pier Estimate with a Depth Clause?
Read More »: Are There Hidden Costs when Choosing a Helical Pier Estimate with a Depth Clause?Yes, choosing a helical pier estimate with a depth clause can lead to additional costs beyond the initial quote. A depth clause is a standard contract provision that allows for price adjustments if piers must be installed deeper than originally…
-
What Factors besides the Base Cost per Pier Influence the Total Price of a Foundation Project?
Read More »: What Factors besides the Base Cost per Pier Influence the Total Price of a Foundation Project?While the base cost for materials and labor is a primary consideration, several other factors and fees significantly influence the total price of a foundation project. Understanding these additional costs helps property owners create a more accurate budget. Key factors…
