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Turning performance objectives into practical engineering measures
We help owners, operators and project teams understand energy use, identify improvement opportunities and develop technically practical pathways towards lower consumption, operating costs and environmental impact.
Our approach connects energy analysis with engineering implementation. Recommendations are evaluated against operating conditions, existing systems, technical feasibility, capital requirements and implementation constraints.
Energy-management consultancy
Building energy-performance assessments
Electricity, fuel and water-consumption analysis
Energy baselining and benchmarking
HVAC and electrical-system optimisation
Building energy modelling
Energy-efficiency opportunity assessments
Retrofit feasibility and prioritisation
Technical decarbonisation roadmaps
Renewable-energy feasibility
Measurement and verification support
Green-building technical support
Typical Energy-Assessment Procedure
1 - REVIEW
Collect utility data, drawings, equipment information, operating schedules and previous studies.
2 - ASSESS
Review the building, operating conditions and significant energy-consuming systems.
3 - ESTABLISH
Evaluate current consumption and establish meaningful performance indicators.
4 - IDENTIFY
Develop operational, controls-based and capital-improvement measures and opportunities.
5 - EVALUATE
Assess technical feasibility, estimated savings, implementation requirements and indicative payback.
6 - DEVELOP
Prioritize short, medium and long-term actions and identify further design requirements.
Standards & Frameworks
Services are developed with reference to applicable Turkish legislation, project requirements and recognised international energy and sustainability frameworks.
• ISO 50001 energy-management principles
• ASHRAE energy-audit guidance
• ASHRAE 90.1
• International Green Construction Code principles
• LEED and GSAS technical criteria
• IPMVP measurement and verification principles
• Relevant TSE and client requirements
Typical Tools
The analytical platform is selected according to the building type, available information and agreed purpose of the study.
• Carrier HAP
• EnergyPlus calculation engine
• Autodesk Revit
• Utility-data and metering analysis
• Spreadsheet-based engineering calculations
• Financial and payback analysis
• Project-specific simulation tools
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