We analyze and integrate datasets from simulations, building materials, and regulatory frameworks.

    EnergyX delivers computational energy intelligence across environmental, system, and regulatory performance requirements.

    The following comprehensive high-quality datasets with ultra-level
    accuracy are analyzed simultaneously:
    • We conduct simulations based on accumulated data related to environmental conditions and social impacts
    • Development of deep learning-based occupant behavior recognition algorithms
    • Indoor air quality control technology development
    • Condensation prevention analysis technology development
    • Improvement of heat exchange efficiency
    • Using comprehensive data on building materials categorized by brand, product, and specifications, we provide analyses optimized for specific projects
    • Open BIM tech for building data acquisition
      (geometry, objects, properties)
    • IFC-based digital design module enhancement
    • BIM-based material calculation and LCA evaluation research
    • Our dataset, which is currently limited to Korean applications, includes information on water pollution, energy savings, noise reduction, educational accessibility, and related legal regulations, policies, regional restrictions, and guidelines, as well as government incentives. Most of this data can be used for quantitative evaluation.
    • Deep learning-based energy benchmarking for large areas
    • Energy tech feasibility for low-rise buildings
    • Green remodeling cost and renewable energy feasibility analysis

    EnergyX’s analytical assessment assists optimizations in both architectural design and operations.
    This ensures that the outcomes of ZEB (Zero Energy Building) new builds and green retrofit projects are as efficient
    and optimized as possible, leading to successful project quality and design.EnergyX’s analytical assessment
    assists optimizations in both architectural design and operations.
    This ensures that the outcomes of ZEB (Zero Energy Building) new builds and green retrofit projects are as efficient
    and optimized as possible, leading to successful project quality and design.

    We optimize the analyses and
    provide results of the highest quality

    For architectural design,
    across new build and retrofitโ€”optimization is applied to support application fit, sustainability performance, and cost efficiency based on validated analytical inputs.

    Based on defined application parameters,ย  EnergyX generates optimized engineering design outputs. For BIPV systems, this includes angle, module type, system configuration, capacity range, and placementโ€”engineered to meet targeted sustainability performance.

    For architectural design,

    optimization is delivered through computational intelligence to support continuous, data-driven operational decision-making.

    Operational optimization includes retrofit recommendations to improve energy efficiency. Once approved, retrofit workflows begin with simulations and performance analyses, supporting informed integration of BIPV and BAPV systems.

    The platform also incorporates embodied carbon data for building materials, emissions factors for energy sources, and structured carbon disclosure datasets within the EnergyX database.

    Add โ€œandโ€ before carbon tracking

    For architectural design,

    project management, and communications, EnergyX enables building owners and architects through integrated digital workflows. While project engineers continue to deliver customized services, platform-driven automation improves scalability, efficiency, and consistency by reducing manual coordination across projects.

    For operations, maintenance, and carbon tracking,
    EnergyX provides a real-time, cloud-based platform supporting technical building management.

    Operational intelligence continuously leverages data and control inputs established during the design phase.

    Our optimization and management provides
    total sustainability solutions.

    EnergyX delivers cloud-based, real-time optimization and management solutions for sustainable architecture, providing data-driven support from design through to operations and maintenance. These solutions are tailored to achieve optimal outcomes for Zero-Energy Buildings (ZEB), ESG, and RE100 goals across every stage of the process.

    All-in-One Solution

    Building energy optimization is real-time,
    data-driven, supported by AI.

    EnergyX supports architectural design and retrofit decision-making for both new builds and existing buildings, aligning analyses with defined sustainability objectives and costโ€“benefit considerations set by building owners and architects. Across operations and maintenance, EnergyX provides continuous performance insights, optimization recommendations, retrofit scenario analysis, and carbon data to support energy efficiency and sustainability targets.

    Optimized and managed building energy efficiency

    Cloud-based, real-time simulations for optimizations

    Building energy optimization provides
    partial customization in UX.
    A widget-based dashboard allows for user customization, providing a clear overview of building energy usage.
    (For example, dashboards can be customized for HQ managers, factory managers, city officials, or community center managers.)

    Ability to create multiple dashboards

    Flexible layout configuration
    Building energy optimization is integrated
    into ESG / RE100 management.
    Tracks both building energy sources and equipment-specific carbon emissions, enabling real-time integration with ESG and RE100 indicators.โ€จ
    (For example, HQ ESG managers can access and generate real-time reports on energy and carbon data for main and partner buildings.)

    Managed carbon emissions and carbon footprint

    Managed real-time data for ESG / RE100
    Our analyses leverage our extensive
    building materials database.
    Our analyses are based on the vast number of our building material database, currently exceeding 470k datasets,
    with detailed specifications and performance analyses.
    Automated Evaluation
    • Low-Carbon EPD Certified Materials
    • Eco-Label Certified Materials
    • GR Certified Materials

    Generate and Download

    • Generate Material Data for Each Category
    • Application Ratio of Green Building Materials
    • Download as PDF or Excel
    Utilization of Database
    • Custom Green Building Materials Recommendations
    • Integration with LCA (Life Cycle Assessment)
    • Material Certifications and Evaluations

    ESG supply chain management solution

    EnergyX applies a PDCA framework with global-standard indicators to continuously improve ESG metrics, providing a standardized process to assess and manage partners’ ESG levels with over 90% accuracy to ECOVADIS standards.

    ESG / RE100 can be managed via a data hub.

    EnergyX utilizes a globally aligned metric set and PDCA framework to continuously enhance ESG metrics, integrating Zero-Energy Building data and carbon footprint management. This ensures a standardized, accurate assessment of ESG levels for corporate clients across new builds, retrofits, or future projects. EnergyXโ€™s cloud-based infrastructure supports setting and managing ESG and RE100 metrics at business sites, integrating certifications like ZEB, LCA, and ZCB for real-time monitoring and reporting.

    LCA Certification

    We assess the environmental impact of a building’s entire lifecycle and guide the creation of plans to reduce environmental burden at each stage.

    ZCB Certification

    The ZCB Certification aims to achieve carbon neutrality by evaluating carbon emissions and reductions throughout the building process, resulting in the Carbon Neutral Building Index (ZCBI)

    Optimized sustainability Solutions
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