TAMÁS JÁNOS SZABÓ DLA – SENIOR ARCHITECT, FINTA &PARTNERS ARCHITECTURAL STUDIO Ltd.

1. K&H HEADQUARTERS - BUDAPEST ACHIEVING LEED GOLD – DESIGN TEAM PERSPECTIVE ON CREDITS, CRITERIA AND DOCUMANTATION TAMÁS JÁNOS SZABÓ DLA – SENIOR ARCHITECT, FINTA &PARTNERS ARCHITECTURAL STUDIO Ltd.

2. K&H HEADQUARTERS

3. K&H HEADQUARTERS

4. K&H HEADQUARTERS

5. K&H HEADQUARTERS

6. K&H HEADQUARTERS

7. K&H HEADQUARTERS

8. K&H HEADQUARTERS

9. K&H HEADQUARTERS

10. K&H HEADQUARTERS

11. SYSTEM STRUCTURE CREDITS K&H HEADQUARTERS

12. THE LEED SYSTEM – TYPICAL FEATURES • LEED PRODUCT PORTFOLIO: • New construction • Existing buildings • Commercial interiors • Core & shell • Leed for homes • Neighborhood development K&H BANKSZÉKHÁZ ISMERTETÉSE K&H BANKSZÉKHÁZ ISMERTETÉSE

13. THE LEED SYSTEM – TYPICAL FEATURES • 2. RATING SYSTEM: • Based on mandatory prerequisites (no points) and available credits • Certified 26-32 points • Silver 33-38 points • Gold 39-51 points • Platinum 52-69 points K&H BANKSZÉKHÁZ ISMERTETÉSE K&H BANKSZÉKHÁZ ISMERTETÉSE

14. THE LEED SYSTEM – TYPICAL FEATURES • 3. DOCUMENTATION • Online • Language of documentation: English • Units: United States customary units • Standards & regulations: e.g. ASHRAE • Certifications (manufacturers): e.g. FSC, SRI K&H BANKSZÉKHÁZ ISMERTETÉSE K&H BANKSZÉKHÁZ ISMERTETÉSE

15. STRUCTURE K&H HEADQUARTERS

16. LEED STRUCTURE – K&H BANK LEED ADMINISTRATOR INDEPENDENT MECHANICAL ENGINEER ENERGY SIMULATION HIRED BY THE INVESTOR DRAFT SET UP OF CREDITS PROJECT CONTROL HVAC ENGINEER ARCHITECT INVESTOR ELECTRICAL ENGINEER LANDSCAPE ARCHITECT BUILDING CONTRACTORS K&H HEADQUARTERS

17. CREDITS K&H HEADQUARTERS

18. GROUPS OF LEED CREDITS SUSTAINABLE SITES SS MATERIALS & RESOURCES MR WATER EFFICIENCY WE INDOOR ENVIROMENTAL QUALITY EQ ENERGY & ATHMOSPHERE EA INNOVATION IN DESIGN ID K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

19. SUSTAINABLE SITES • SUSTAINABLE SITES • Aim: to decrease buildings impact on ecosystem • Responsible: • Investor • Architect • Landscape architect • Electrical engineer • 3. Submittal documentations: • Confirmations • Calculations K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

20. SUSTAINABLE SITES • SUSTAINABLE SITES • SS c1 Prerequisite: Avoid development of improper sites Confirmation • SS c2 Development density & Community Connectivity Calculation • SS c3 Brownfield redevelopment Confirmation • SS c4 Alternative transportation • Public transportation access (1/2 mile – rail, subway OR ¼ mile at least two stops for bus lines) Confirmation • Bicycle storage & changing rooms (racks for at least 5% of building users, shower and changingfacilities within 200 yards for 0,5 % of occupants) • Calculation • Low-emission & fuel-efficient vehicles (preferred parking for 3% of occupants) Calculation • Parking capacity (not exceed minimum local zoning requirements and parking for carpools for 5% of total provided parking spaces)Confirmations • d K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

21. SUSTAINABLE SITES • SUSTAINABLE SITES • SS c1 Prerequisite: Avoid development of improper sites Confirmation • SS c2 Development density & Community Connectivity Calculation • SS c3 Brownfield redevelopment Confirmation • SS c4 Alternative transportation • SSc5 Site development (maximize open space – reduced footprint, vegetated open space must exceed the local requirements with 25%)Calc. & Confirm. • SS c6 Storm water design (avoid erosion and water pollution)Calculation • SSc7 Heat island effect (green roof, Solar Reflectance Index)Calculation • Light pollution reduction (minimize light trespass, reduce sky glow)Calc. & Confirm. K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

22. EXAMPLE: Development density & Community Connectivity K&H BANKSZÉKHÁZ ISMERTETÉSE K&H BANKSZÉKHÁZ ISMERTETÉSE

23. EXAMPLE: Bicycle storage & changing rooms K&H BANKSZÉKHÁZ ISMERTETÉSE K&H BANKSZÉKHÁZ ISMERTETÉSE

24. WATER EFFICIENCY • WATER EFFICIENCY • Aim: reduction of consumption of potable water • Responsible: • HVAC engineer • Landscape architect • Submittal documentations: • Calculations K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

25. WATER EFFICIENCY • WATER EFFICIENCY • WE c.1 Water efficient landscaping (reduce by 50 %, captured rainwater) Calculation • WE c.2 Innovative wastewater technologies (e.g. gray water) Calculation • WE c.3. Water use reduction (high efficiency fixtures – 20-30% reduction) • Calculation K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

26. EXAMPLE: Water efficient landscaping K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

27. ENERGY AND ATHMOSPHERE • ENERGY AND ATHMOSPHERE • Aim: reduction of the amount of energy required and use of more benign form of energy • Responsible: • HVAC engineer • Submittal documentations: • Confirmations • Calculations K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

28. ENERGY AND ATHMOSPHERE • ENERGY AND ATHMOSPHERE • EA P1 Prerequisite: Fundamental commissioning of the building energy system • EA P2 Minimum energy performance (establishment of the minimum energy efficiency for the building – SHRAE/IESNA) • EA c1 Optimize energy performance (energy simulation, cost savings: 10,5-42%) Calculation • EA c2 On-site Renewable Energy (2,5-12,5%) Calculation • EA c3 Enhanced commissioning (commissioning process from the design phase till the verification of completed system) Confirmation • EA c4 Enhanced Refrigerant management (reduce ozone depletion – refrigerants!) Confirmation • EA c5 Measurement & verification (monitoring of the building energy consumption) Confirmation • EA c6 Green power (35% of electricity from renewable energy) Calculation K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

29. EXAMPLE: Optimize energy performance K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

30. MATERIALS AND RESOURCES • MATERIALS AND RESOURCES • Aim: use of recycled-content materials, local materials, collection of recyclables • Responsible: • Investor • Architect • Building contractors • Submittal documentations: • Confirmations • Calculations K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

31. MATERIALS AND RESOURCES • MATERIALS AND RESOURCES • MR P1 Prerequisite: Storage & collection of recyclables • MR c2 Construction waste management Calc. & confirm. • MR c4 Recycled content (10-20% based on cost) Calc. & confirm • MR c5 Regional materials (extracted and manufactured within 500 miles, 10-20% based on cost) Calc. & confirm • MR c7 Certified wood (50% certified according to the Forest Stewardship Council’s principles) Calc. & confirm K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

32. EXAMPLE: Storage & collection of recyclables K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

33. INDOOR ENVIRONMENTAL QUALITY • INDOOR ENVIRONMENTAL QUALITY • Aim: more healthy and comfortable working conditions for occupants • Responsible: • Investor • Architect • HVAC engineers • Electrical engineers • Submittal documentations: • Confirmations • Calculations K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

34. INDOOR ENVIRONMENTAL QUALITY • INDOOR ENVIRONMENTAL QUALITY • EQ P1 Minimum Indoor Air Quality Performance (according to ASHREE) • EQ P2 Environmental tobacco smoke control (non smoking building) • EQ c1 Outdoor air delivery monitoring (CO2 monitoring) Confirmation • EQ c2 Increased ventilation (30% above minimum rates ofASHREE) Calculation • EQ c3 Construction IAQ management plan (wraped air-ducts)Confirmation • EQ c4 Low emitting materials (reducing of odorous, irritating or harmful contaminants of indoor air – adhesives, sealants) Confirmation • EQ c5 Indoor chemical & pollutant source control (entryway system, negative pressure for copy areas) • EQ c6 Controllability of systems (by individual occupants, or specific groups – operable windows, shading system control etc.) Confirmation • EQ c 7 Thermal comfort (comfortable thermal environment according ASHRAE) • EQ c8 Daylight and views (75% daylight 90% view) Calculation K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

35. EXAMPLE: Daylight and views K&H BANKSZÉKHÁZ ISMERTETÉSE K&H HEADQUARTERS

36. TAMÁS JÁNOS SZABÓ DLA, FINTA & PARTNERS ARCHITECTURAL STUDIO Ltd. THANK YOU FOR YOUR KIND ATTENTION