Life Cycle Cost Analysis. 3.3.1 At the time set forth in the Project Schedule, the A/E shall prepare and submit practical alternative design concepts, considering passive and/or active building components, for the purpose of minimizing future energy consumption, to the Owner and Contracting Authority.
Life Cycle Cost Analysis. A Life Cycle Cost Analysis shall be performed/updated on design alternatives for building enclosure, HVAC, and Electrical (normal and low-voltage) systems at 100% Schematic Design and 100% Design Development, and submitted to the AOC. Life Cycle Cost Analysis shall include, but is not limited to: Initial cost of system; Energy consumption costs, based on the energy analysis prepared by the Architect; Maintenance and custodial costs; Life expectancy (may require life expectancy of subsystems) Replacement costs (if applicable) Total cost of ownership over twenty-five (25) years.
Life Cycle Cost Analysis. 4.3.1 The A/E shall prepare and submit 3 copies of the revised LCCA for the selected design concept to the Owner and Contracting Authority.
Life Cycle Cost Analysis. Cost effectiveness is a key component of a building design, and Life Cycle Cost Analysis (LCCA) is an essential design process for controlling the initial and future cost of building ownership. See APPENDIX Q, Guidelines for Life Cycle Cost Analysis (LCCA).
Life Cycle Cost Analysis. The term “Life Cycle Cost Analysis(es)” means an economic assessment of an item, system, or facility by considering all significant costs of ownership over an economic life, expressed in terms of equivalent costs. Refer to the California Trial Court Facilities Standards in the Performance Criteria Documents for Life Cycle Cost Analysis requirements.
Life Cycle Cost Analysis. Design Build Entity shall perform Life Cycle Cost Analyses consistent with the California Trial Court Facilities Standards as set forth in Performance Criteria Documents. Design Build Entity shall indicate in their submitted Work Plan when Life Cycle Cost Analysis shall be performed as a means of supporting Judicial Council design decisions.
Life Cycle Cost Analysis. (If not used, please remove) (Include proposed cost of more extensive LCCA services requested by Owner and exceeding those necessary to provide the basic LCCA described in Appendix B of the PSFA HVAC & Controls Performance Assurance Manual or for ENERGY STAR requirements.) ENERGY STAR. (If not used, please remove) The Project shall be designed to qualify for the Environmental Protection Agency’s (EPA) ENERGY STAR®. The ENERGY STAR special application graphic, which denotes on the final Drawings that the estimated energy use is intended to be in the top 25% as compared to the U.S. building stock, shall be applied. Once the Project is complete and operating for at least one year, it shall qualify to receive the ENERGY STAR plaque in accordance with the rules and procedures of the ENERGY STAR program. See Part B of the standard Agreement between Owner and the Design Professional for more detailed Contract requirements. (If not used, please remove) END OF OTHER CONDITIONS OR SERVICES PROFESSIONAL SERVICES AGREEMENT SIGNATURE PAGE and Continuation of Other Conditions and Services (if required) (continue Other Conditions and Services here if required, or delete if not required) Contract No.: Project No.:
Life Cycle Cost Analysis. 5.4.3.1 At the time set forth in the Project Schedule, the DB shall prepare and submit practical alternative design concepts, considering passive and/or active building components, for the purpose of minimizing future energy consumption, to the Owner and Contracting Authority.
Life Cycle Cost Analysis. 5.4.3.1 The A/E will submit practical alternative design concepts, considering passive and/or active building components, for the purpose of minimizing future energy consumption, to the CM. The CM shall promptly review, comment on, and forward the alternative design concepts with the CM’s comments to the Owner and Contracting Authority.
Life Cycle Cost Analysis. A Life Cycle Cost Analysis (LCCA) has been prepared for the pavement structural section. The recommended pavement option based on the lowest LCCA, overall project scope and schedule, best industry practices, and pavement consistency within the project limits is Jointed Plain Concrete Pavement (40-year design life).
