Optimizing Performance Through Energy Modelling & Simulation

We are committed to being a hub for specialized energy modelling and simulation services, combining in-house expertise with international best practices to deliver state-of-the-art solutions. Our mission is to provide advanced modelling services tailored to the unique needs of each client, maintaining the highest standards of precision and quality.

Using cutting-edge technology and innovative methodologies, our team creates detailed, accurate models to support informed decision-making. From environmental simulations to predictive analytics, our solutions address complex challenges, optimize energy efficiency, and drive successful project outcomes.

We also perform real-time energy monitoring and analytics. Energy meters are installed at client sites, transmitting critical power data—such as energy (kW), voltage (V), and current (A)—to an online interface. This allows facilities to visualize and compare energy usage across sites, spot outliers, and immediately implement energy-saving measures such as weekend reduction, night setback, or demand management.

Additionally, we provide monthly energy scorecards that benchmark the Energy Use Index (EUI) across multi-building or campus-type facilities, along with detailed updates for individual buildings. This empowers organizations to track performance, validate strategies, and take proactive actions—rather than waiting for utility bills at the end of the month.

By integrating local insights with global expertise, Alsuhaimi ENCON ensures customized solutions for every project. Our approach emphasizes collaboration, innovation, and technical excellence, making us a trusted partner in energy modelling and real-time analytics.

CFD Simulation & Modeling Services

We provide Computational Fluid Dynamics (CFD) simulations for building and industrial applications to evaluate airflow, heat transfer, and environmental conditions. Typical applications include:

1. Natural Ventilation Effectiveness Simulation – Analyze airflow patterns and ventilation efficiency in naturally ventilated spaces.
2. Forced Draught (FD) Ventilation – Assess performance for high-bay industrial applications with mechanically driven airflow.
3. Radiant Heating Applications – Model slab-based radiant heating systems to visualize heat distribution.
4. Radiant Cooling Applications – Simulate chilled beams or slab-based radiant cooling to predict temperature profiles.

CFD analysis allows us to visualize temperature gradients, airflows, convective heat transfer, and radiation effects, helping optimize space comfort, energy efficiency, and system performance.

Daylight & Artificial Lighting Simulations

Our team performs detailed room-by-room and space-by-space lighting simulations to maximize visual comfort and energy efficiency. Key steps include:

1. Model Creation – AutoCAD floor plans are imported, and room geometry, envelope features (windows, doors, louvers, skylights), and exterior elements (overhangs, sun shades, fins) are accurately modeled.
2. Simulation Runs – Lighting models are run for Equinox and Summer Solstice dates, as well as for clear and overcast sky conditions, using location-specific weather files.
3. Analysis & Optimization – Isolux contours and lux grids are generated to evaluate daylight and artificial lighting performance. Based on results, we recommend window/skylight optimization, fixture placement, and spacing adjustments to achieve maximum daylight penetration, uniformity, and compliance with standards like IESNA, LEED, ECBC, and NBC.

These simulations ensure efficient lighting design, regulatory compliance, and optimized comfort for building occupants while supporting energy-saving strategies.