Sustainability & Energy

We conduct systematic evaluations of energy consumption to identify efficiency opportunities and reduce operational costs:

• Level 1: Preliminary energy use assessment and potential energy-saving measures.
• Level 2: Detailed analysis including energy modeling, usage breakdown, and financial analysis.
• Level 3: Comprehensive audit with rigorous data collection and refined cost-benefit assessments.

Utilizing advanced tools to simulate building performance, supporting sustainable design and operational efficiency:

• Dynamic energy performance analysis.
• Thermal performance assessment.
• HVAC system efficiency evaluations.
• Passive and active design strategies.

Ensuring energy efficiency measures deliver measurable results and sustained performance:

• Baseline development and monitoring.
• Real-time energy data analysis.
• Long-term performance tracking and reporting.
• Verification according to IPMVP protocols.

Quantifying and managing greenhouse gas emissions across all operational phases:

• Direct emissions (Scope 1) from owned assets.
• Indirect emissions (Scope 2) from energy consumption.
• Broader value chain emissions (Scope 3), including capital goods, travel, and waste.

Evaluating environmental impacts throughout the entire lifecycle of buildings, from material sourcing to end-of-life:

• Material and operational impact assessments.
• Cradle-to-grave environmental evaluations.
• Support for LEED, Estidama, BREEAM, and similar certifications.

Analyzing localized climate and lighting conditions to enhance occupant comfort and optimize design:

• Computational Fluid Dynamics (CFD) for airflow and temperature.
• Daylight factor analysis and glare control solutions.
• Annual sunlight exposure assessments.

Guidance and documentation support to achieve LEED certification:

• Early-stage integration and credit strategy.
• Documentation and submission assistance.
• Post-submission reviews and follow-ups.

Detailed analysis to validate the viability of energy-saving projects:

• Technical and economic evaluations.
• Risk assessments and ROI projections.
• Tailored recommendations and actionable plans.

Comprehensive review of building designs to ensure sustainable outcomes:

• Detailed evaluation against sustainability criteria.
• Recommendations for design optimization.
• Compliance verification with local and global sustainability standards.

Detailed airflow and thermal simulations for enhanced design and performance:

• Ventilation and airflow pattern analysis.
• Thermal comfort and heat transfer studies.
• Identification of performance enhancements through design modifications.