Services
Sustainable Architecture

Sustainable Architecture Services

As natural resources diminish and environmental challenges intensify, sustainable design is no longer an option-it’s a responsibility. At Rymast, we embrace this mission with a deep commitment to creating human-centered, energy-efficient, and environmentally responsive buildings.

Combining scientific insight, innovative thinking, and advanced analytical tools, we deliver high-performance solutions that add lasting value to your projects. Our services cover every stage of sustainable building design, from early concepts to in-depth performance analysis.

Our core offerings include:

Sustainable Design & Building Retrofit

Innovative architectural solutions tailored to balance aesthetics, comfort, durability, and energy efficiency-integrating smart technologies and resilient design strategies

Energy & Thermal Performance Modeling

Precise simulations of building energy use and thermal behavior using advanced software to evaluate heating, cooling, and lighting demands in line with international benchmarks

Passive & Active Energy Optimization

Strategic improvements such as enhanced insulation, optimized glazing, natural ventilation, smart shading, and intelligent systems that significantly cut energy consumption

Economic Feasibility & ROI Analysis

Financial modeling to assess the viability of sustainable upgrades-covering capital costs, long-term savings, and return on investment through life-cycle cost analysis

Environmental & Carbon Impact Assessment(LCA & LCC);

Comprehensive analysis of embodied and operational carbon emissions, along with material life cycles-aligned with standards such as LEED and BREEAM

Indoor Comfort & Airflow Simulation(CFD)

Advanced CFD-based airflow modeling to improve thermal comfort, ventilation effectiveness, and indoor air quality-featuring air age tracking and occupant-centric analysis

Daylighting & Visual Comfort Studies (ASE, SDA, UDI)

Climate-Based Daylight Modeling (CBDM) using real-world sun and sky data to optimize daylight access, reduce glare, and enhance visual comfort through key performance metrics

Renewable Energy Potential Assessment

Evaluation of on-site solar, wind, and geothermal energy systems to determine energy generation potential and support the path toward net-zero energy buildings

Design Evaluation & Performance Tuning

Exploration of design scenarios to identify optimal configurations that balance energy, comfort, and cost-helping guide smart design decisions under real-world uncertainties

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