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Reduce your reliance on non-renewable energy sources and create smart, sustainable, and comfortable living spaces with Enginerio’s Passive House Design Services. We specialize in thermal bridging analysis and can help you optimize the thermal performance of your building to reduce heat transfer and ensure compliance with Passive House or other energy-efficient standards.
We have extensive experience in performing thermal bridging calculations for projects across the UK and the USA, and can carry out thermal analyses in accordance with both EN and US standards. Our portfolio includes a diverse range of projects such as Heating/Cooling Load analysis, Thermal Comfort assessments, Part L (Energy) compliance, daylight modeling, Computational Fluid Dynamics (CFD), and thermal bridging analysis for our UK clients. In the USA, we have successfully delivered projects encompassing Load Analysis, ASHRAE 90.1 Performance Based Compliance, Energy Calibration for existing buildings using model simulations, decarbonization strategies, and LEED (Energy and Environment) rating services. Our expertise includes energy modeling services using IESVE and eQuest, along with thermal bridging analysis using Dartwin Mold and THERM software.
Whether you’re working on single-family homes or large multi-unit residential buildings, we are equipped to guide your project toward Passive House and net-zero readiness. Outsource thermal bridging services to us and embrace the future of building design with Enginerio’s Passivhaus expertise.
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    Our Services

    2D and 3D Thermal Bridging Analysis

    We offer bespoke thermal bridging calculations to alleviate all kinds of thermal bridging problems. Our engineers run specialized calculations on your details to detect and eliminate thermal bridges. We create models to optimize heat flow throughout building components. This analysis is critical for enhancing the overall thermal performance of your building and ensuring compliance with passive solar house standards.

    Energy Modeling and Simulation

    We perform comprehensive energy modeling and simulation to predict your building's energy performance. This process helps us analyze factors such as heating, cooling, and lighting while identifying potential energy savings. By simulating various design scenarios, our team optimizes your building's layout and systems for maximum efficiency. Our energy modeling services make sure that your passive solar house plans meet the rigorous standards required for certification.

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    Hygrothermal Analysis

    Hygrothermal analysis is essential for understanding moisture movement in building materials. We use cutting-edge software to simulate the interaction between heat, air, and moisture within the building envelope so that your building has effective moisture management systems in place. This helps prevent condensation, mold growth, and other issues that could compromise your building’s durability and energy efficiency.

    Air Tightness/Air Leakage Testing

    Achieving superior air tightness is key to Passive House certification. Our designers perform comprehensive air tightness and air leakage testing to locate any leaks in the building envelope. By addressing these areas, we help maximize energy retention and reduce heating and cooling costs.

    Sectors We Serve

    We provide our expert passive house design services to a range of industries. Our strategic solutions help our clients achieve energy-efficient, sustainable buildings that meet modern energy needs and regulatory requirements.

    Residential

    Commercial

    Healthcare

    Institutional

    Industrial

    Mixed-Use Developments

    Benefits of Outsourcing Passive House Design Services

    Expertise and Experience

    Professional service providers bring years of expertise in providing thermal bridging solutions. They ensure your project meets high-performance standards of energy efficiency and sustainability.

    Access to Advanced Tools and Technology

    Specialized firms utilize state-of-the-art software and modeling tools, such as PHPP, Therm, AutoCAD, Revit, SketchUp and more, to ensure accurate energy modeling and design optimization. They enhance the quality of your project without requiring you to invest in costly tools.

    Cost Savings

    Outsourcing reduces labor costs and overhead expenses associated with hiring and training in-house resources. It allows you to use your resources more effectively while still benefiting from professional design services.

    Faster Project Turnaround

    Experienced teams can streamline the design process, helping you achieve faster project completion times. Their familiarity with passive house designs and thermal bridging analysis allows for efficient planning and execution – from start to finish.

    Enhanced Innovation

    External experts often bring fresh perspectives and innovative solutions to the table. Their exposure to various projects allows them to apply best practices and creative strategies to your design.

    Complete Quality Assurance

    Professional design firms are committed to delivering high-quality results. They strictly adhere to passive house standards and help your project meets regulatory requirements and sustainability standards.

    Why Outsource Passivhaus Desing Services to Enginerio?

    • 5+ years of experience in thermal analysis and energy-efficient design
    • Extensive project experience across UK, Germany, North America & Europe
    • Access to advanced tools like THERM and Siemens NX for accurate results
    • Comprehensive services, from thermal analysis to airtightness testing
    • Excellent project execution speed
    • Continuous communication and multi-channel support for effective communication
    Passive House Design

    What our customers say about us

    "Enginerio has become a one-stop solution for a variety of Engineering Drawing and Mechanical Animation work for my team at Sage Glass.

    Enginerio team was able to understand our requirements, create POC to freeze the quality and execute right on time. The Animations, Models and Drawings delivered by Enginerio are currently been used by our global teams.

    I strongly recommend Enginerio and will continue to use their services."
    Rathish ArumugamSage Glass
    "I recently used Enginerio’s scan to BIM modeling services for a renovation project. The team was professional, efficient, and communicative throughout the entire process. They were able to provide incredibly accurate detailing which allowed us to easily visualize the existing structure in 3D and make precise design decisions. I’m quite happy with the results.”
    Owner,Scan to BIM Company, USA
    “Your BIM team was quick in resolving all the clashes as per our expectations and timelines. Their prompt response helped our project team stick to our customer’s timelines. Once your team took over, they were flexible to add more experts to ensure we completed the project on time. Your Project management and timely communication is highly commendable.

    It was nice working with you and we will be happy to work with you again in the future on some new projects.”
    Project Manager - BIMLarge Architect Firm in Europe
    “Enginerio provided us with a cost-effective solution for some of our Piping Design and Drafting tasks and helped us meet our project goals within the set timeline. The team is extremely professional, knowledgeable of Piping engineering and easy to work with. They provide prompt resolution to all your queries and kept you in loop during the entire process. I’d highly recommend their services to anyone looking for affordable piping and plant engineering services.”
    Project Consultant for Oil & Gas Industry
    “Enginerio’s BIM team carefully went through the drawing set and provided us with superior 3D models that were in line with our expectations and further helped us with 2D Detailing for further fabrication works. They were quick to finish the assignment. Their immediacy and work quality are reassuring, and prices were extremely affordable. Thank you”
    Owner, MEP Contractor firm

    Thermal Bridging Codes and Standards We Adhere To

    SAP

    The Standard Assessment Procedure for the Energy Rating of Dwellings

    ASHRAE

    American Society of Heating, Refrigerating and Air-Conditioning Engineers

    IECC

    International Energy Conservation Code

    LEED

    Leadership in Energy and Environmental Design

    success_stories
    Success Stories

    3D Modeling and 2D Detailing with SolidWorks

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    Partner with Enginerio for Your Passivhaus Design Needs

    At Enginerio, we specialize in creating thermal bridge-free Passive House designs tailored to your project requirements. With extensive experience in thermal bridging insulation, we design buildings that meet the highest performance standards while minimizing energy consumption. Contact Enginerio today to discuss your Passivhaus architecture design requirements and take the first step toward a more sustainable future!
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    Frequently asked
    questions

    A thermal bridge, often referred to as a cold bridge, is a pathway for heat transfer that arises when there is a discontinuity in insulation. This phenomenon usually occurs due to the presence of materials with high thermal conductivity that do not insulate effectively. A thermal bridge typically occurs at junctions between two elements, for example, between walls and roofs where the insulation isn’t continuous.

    Thermal bridging analysis enhances energy efficiency, occupant comfort, and building durability. By identifying areas of heat loss, thermal bridging analysis helps in designing structures that minimize energy consumption and prevent heat loss. It helps to mitigate moisture issues, reducing the risk of condensation and mold growth, thereby prolonging the building’s lifespan.

    Compliance with regulatory standards and codes also necessitates thermal analysis, especially when designing energy-efficient structures like Passive House.

    In colder climates, thermal bridging can result in significant heat loss, increasing energy demands. For Passive House projects in such regions, minimizing thermal bridges is crucial to maintain indoor comfort and achieve the energy efficiency goals of the building.
    Passivhaus design focuses on superinsulation, airtight construction, and heat recovery ventilation systems. These houses are designed to capture and retain heat from internal sources like appliances and occupants, thus reducing the need for traditional heating. By minimizing energy loss and maintaining consistent indoor temperatures, Passivhaus buildings lower energy use by up to 90% as compared to conventional buildings.
    Yes, a thorough thermal bridging analysis helps in minimizing heat loss and ensures that the building envelope performs effectively, which is essential for meeting the energy performance targets of Passive House certification.