11 ATTACHMENTS 6 TO 13 - Laserfiche WebLink

A5.106.5.3.1 Electric vehicle supply wiring. For each space required in Table A406.1.6.2.1, provide one 120 VAC 20 amp and one 208/240 V 40 amp, grounded AC outlets or panel capacity and conduit installed for future outlets and as shown in Table A5.106.5.3.1. A5.106.6.1 Reduce parking capacity. With approval, employ strategies to meet but not exceed on -site parking by 1. Use of on street parking or compact spaces, illustrated on the site plan or 2. Implementation and documentation of programs that encourage occupants to carpool, ride share or use alternate transportation. A5.106.7 Exterior walls. Meet requirements in the current edition of the California Energy Code and select one of the following for wall surfaces: 1. Provide vegetative or man -made shading devices for east -, south- and west - facing walls with windows. 2. Use wall surfacing with minimum SRI 25 (aged), for 75 percent of opaque wail areas. A5.106.9 Building orientation. Locate and orient the building as follows: 1. Long sides facing north and south 2. Protect the building from thermal loss, drafts and degradation of the building envelope caused by wind and wind - driven materials. A5.106.11 Heat Island effect. Reduce nonroof heat islands and roof heat islands as follows: A5.106.11.1 Hardscape alternatives. Use one or a combination of strategies 1 through 3 for 50 percent of site hardscape or put 50 percent of parking underground. 1. Provide shade (mature within 5 years of occupancy). 2. Use light colored/ high - albedo materials. 3. Use open -grid pavement system. A5.106.11.2 Cool roof. Use roofing materials having solar reflectance, thermal emittance or Solar Reflectance Index (SRI)3 equal to or greater than the values shown in Table A5.106.11.2.2. ENERGY EFFICIENCY (at (east one required) Performance Requirements A5.203.1.2 Tier 2. Exceed California Energy Code requirements, based on the 2008 Energy Efficiency Standards, by 30 percent. Prescriptive Measures A5.204.1 ENERGY STAR equipment and appliances. All equipment and appliances provided by the builder shall be ENERGY STAR labeled if ENERGY STAR is applicable to that equipment or appliance. A5.204.2 Energy monitoring. Provide submetering or equivalent combinations of sensor measurements and thermodynamic calculations, if appropriate, to record energy use data for each major energy system in the building. A5.204.2.1 Data storage. The data management system must be capable of electronically storing energy data and creating user reports showing hourly, daily, monthly and annual energy consumption for each major energy system. A5.204.2.2 Data access. Hourly energy use data shall be accessible through a central data management system and must be available daily. A5.204.3 Demand response. HVAC systems with Direct Digital Control Systems and centralized lighting systems shall include preprogrammed demand response strategies that are automated with either a Demand Response Automation Internet Software Client or dry contact relays. A5.204.3.1 HVAC. The preprogrammed demand response strategies should be capable of reducing the peak HVAC demand by cooling temperature set point adjustment. A5.204.3.2 Lighting. The preprogrammed demand response strategies should be capable of reducing the total lighting load by a minimum 30 percent through dimming control or bi -level switching. A5.204.3.3 Software clients. The software clients will be capable of communicating with a DR Automation Server. Note: This general informational handout is provided as a courtesy. Specific questions should be addressed to the project architect, contractor, other design professional, or by more detailed consideration of Pleasanton Municipal Code Chapter 20.26 and the California Green Building Standards Code (CALGreen 2010) at Title 24 Cal. Code of Regulations, Part 11.