The building envelope acts as the thermal barrier between the indoor and outdoor environments. It plays a critical role in determining a building’s energy performance, comfort levels, and HVAC load. At Clenergize Consultants, we specialize in evaluating and optimizing building envelope systems to reduce energy losses, minimize heat gain, and enhance sustainability outcomes.
Our building envelope energy efficiency solutions apply to both new construction and retrofits, with measurable improvements in energy consumption, indoor environmental quality, and building performance certification ratings.
The building envelope includes all components that separate the interior conditioned spaces from the external environment. These components include
A poorly designed or inefficient envelope leads to excessive cooling or heating demand, thermal discomfort, condensation, and moisture issues.
Clenergize offers comprehensive analysis, modeling, and improvement strategies for building envelope systems. Our services include
We combine field inspections, software simulations, and industry-standard methodologies to deliver targeted energy-saving recommendations.
The thermal resistance of walls, roofs, and glazing systems determines the building’s insulation quality. We assess the U-values of each envelope element to identify improvement areas and verify compliance with local energy codes and green building standards.
Key areas of focus include
All analysis is conducted using region-specific climate data to ensure results are accurate and locally applicable.
Uncontrolled air leakage significantly impacts HVAC efficiency and indoor comfort. Our team conducts blower door tests and infrared thermography to measure envelope tightness and locate leakage paths.
We support
Reducing infiltration improves HVAC efficiency, reduces noise ingress, and enhances overall IAQ.
The building façade must balance daylight, views, heat gain, and insulation. Clenergize offers façade consulting services that optimize performance while maintaining architectural intent.
Solutions include
We use energy modeling software to simulate performance under real-world solar and thermal loads.
In hot climates like the UAE and India, solar heat gain through windows contributes heavily to cooling loads. We help mitigate this through both passive and active shading strategies.
Our design support includes
Shading design is integrated with daylighting and views to ensure holistic performance.
Roof surfaces receive intense solar radiation and are a major source of heat gain. Clenergize recommends optimal roof insulation configurations based on building type and use.
Our support includes
These upgrades result in substantial HVAC load reductions and improved thermal comfort for occupants.
Envelope-related moisture problems lead to mold, corrosion, and material degradation. We ensure that vapor barriers and water-resistive barriers are properly selected and installed for long-term durability.
Our services cover
Moisture control is critical not only for energy performance but also for occupant health and building longevity.
We use advanced software tools such as IES VE, EnergyPlus, and DesignBuilder to simulate envelope performance under varying conditions. These simulations allow us to
Our models are calibrated with actual usage profiles and local weather data for reliable results.
Clenergize delivers building envelope efficiency services across a range of sectors including
We align our strategies with each sector’s operational patterns, internal loads, and aesthetic requirements.
Improving the envelope can result in multiple performance gains
Clients also benefit from lower maintenance costs and compliance with current and future energy codes.
Solar Projects
ESG & Sustainability Projects
Energy Efficiency Projects
