Projects.
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Melrose Triangle Building, West Hollywood, CA
Melrose Triangle Building consists of a new 5-story mixed-use building of approximately 351,000 SF and four levels of subterranean parking. This project includes 245,000 SF of Class A office space, 60,000 retail and restaurants, and an 80-unit multifamily residential building. ENERlite Consulting provided sustainable design consultation and CALGreen certification consultation for this project, designed by Bijan & Associates + Gensler.
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University of Louisiana at Lafayette - Rougeou Hall, Lafayette, LA
Rougeou Hall is a 94,200 SF building at the University of Louisiana at Lafayette that features labs, classrooms, and office spaces. ENERlite Consulting provided whole building energy modeling and calibration of the model using its automated calibration tool, called ENERtune. This project was performed in partnership with the University’s Department of Mechanical Engineering.
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MountZED EcoVillage Zero Carbon Affordable Mixed-Use Development, San Diego, CA
Architect + Developer: C4GS-ZEDlife
This 98,000 SF Carbon-neutral development focuses on new emerging technologies to minimize energy consumption and maximize on-site energy generation in an affordable multifamily project.
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VTA Ohlone Block A High-Rise Residential Development, San Jose, CA.
Architect: BDE Architecture + Swenson
VTA residential tower is a 12-story residential tower with 263 units and 480,487 SF located in San Jose near Google village. This development includes dwelling units, retail spaces, common spaces, a gymnasium, and a parking garage. VTA residential tower pursued LEED v.4 Silver certification.
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Department of Consumer Affairs (DCA) Office Building, Sacramento, CA
Cole Partners Development Company
DCA office building is an existing building with 20,000 SF which will undergo renovation with LEED ID+C- Commercial Interiors v.4 Silver certification target.
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Silver Creek Storage Facility, San Jose, CA
Architect: Jordan Architects
Silver Creek facility with 115,271 SF is the first net-zero energy storage facility in California with a large rooftop PV array.
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Bolthouse Zero Net Energy (ZNE) ADUs, Sacramento, CA
Architect: Mark Roddy Architect
This project includes two new Accessory Dwelling Units (ADUs) with total 2,000 SF area added to an existing single-family building located in downtown Sacramento.
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IronCap House, Globe, AZ
Architect: Mark Roddy Architect
This project is a new 3,000 SF residential building located in Arizona with passive design strategies and highly efficient design.
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Residential ZNE Remodel, Sacramento, CA
This project involved alteration and addition to an existing single-family residential building for a passionate owner who desired to live in a Zero Net Energy home.
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QTS Data Center, Sacramento, CA
This project is an existing 57,800 SF data center located in Sacramento with a need for energy retrofit. ENERlite has developed energy modeling and analysis to compare three scenarios to enhance energy efficiency and reduce utility costs in this energy-intense facility.
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William Dean Jr. Elementary School, Lexington, MS
Architect: Draw Architecture+ Urban Design
William Dean School with 76,900 SF is located in Holmes County in Mississippi. The purpose of this project was to provide information about the existing status of the building in terms of energy consumption and investigate energy efficiency measures in order to improve indoor air quality and increase energy efficiency. ENERlite provided energy modeling and analysis for this school.
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Goodman Elementary School, Lexington, MS
Architect: Draw Architecture + Urban Design
The main objective of this project was to evaluate the energy usage of Goodman Elementary school located in Holmes County, Mississippi, and to recommend energy-efficient solutions that can enhance indoor air quality and reduce energy consumption. For this school with 33,181 SF area, ENERlite provided energy modeling and analysis for this project.
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Durant Elementary School, Lexington, MS
Architect: Draw Architecture+ Urban Design
For this existing school with 46,172 SF area, located in Mississippi, ENERlite provided energy modeling and analysis of the energy conservation measures to reduce energy consumption of the building.
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S.V. Marshall Elementary School, Lexington, MS
This school with 51,500 SF was in need of energy efficiency upgrades. ENERlite provided energy modeling and efficiency analysis for this project.
Past Experience.
Dr. Ghobad's experience at Engineering Consulting firms was marked by diverse project involvements before establishing ENERlite Consulting. Below are highlights of her significant project contributions.
Office Buildings
Clifford L. Allenby Office Building (DGS O Street Office)
Sacramento, CA
Architect: ZGF+ Lionakis I MEP+ Energy: Glumac
Clifford L. Allenby Building for the State of California, Department of General Services, is a 12-story, 372,000-square-foot office building. This building has strong goals of achieving Zero Net Energy (ZNE) classification, LEED v4 Platinum Certification, and possessing a maximum site Energy Use Intensity (EUI) of 25 [kBtu/sqft-yr]. Ladan was the project manager for the energy services for this project and performed whole building energy modeling, thermal comfort analysis, LEED energy modeling and documentation, Savings By Design analysis, and SMUD’s SolarShares program estimation while working at Glumac.
UC Davis Patient Center
Rancho Cordova, CA
Architect: DGA I Sustainability+ Energy: Glumac
The UC Davis Patient Center is a new 67,000-square-foot office building with a LEED v4 Gold Certification goal. Ladan performed LEED v4 energy modeling and documentation in addition to SMUD’s SolarShares program estimation for this facility.
Educational Facilities
The Heights Building
Arlington, Virginia
Architect: BIG + Leo A Daly I MEP + Energy: Interface Engineering
The Heights Building is a 180,000-square-foot, energy-efficient, state-of-the-art facility with unique architecture for two secondary schools with a total of 775 students in a dense neighborhood in Arlington, VA. Ladan was engaged in the early-stage analysis and parametric modeling of this LEED Gold-certified building. Climate analysis, building orientation, massing options, Window-to-Wall-Ratio (WWR), shading analysis, facade study, and glazing options were included in the parametric study and optimization process.
Mission College MT Replacement
Santa Clara, CA
Architect: Lionakis I MEP+ Energy: Glumac
MT Replacement is a new Zero Net Energy Ready facility with 37,000 square feet located on the Mission College campus. The project has a LEED v4 Platinum Certification goal. Ladan was the project manager for energy services for the MT Replacement building while working at Glumac. She performed whole building energy modeling, LEED energy and daylight modeling and documentation, glare analysis, and PV analysis.
Creekside Community High School
Portland, OR
Architect: Bora Architects I MEP + Energy: Glumac
Creekside Community Center is a 16,600-square-foot high school designed for students requiring a non-traditional path toward completing their education. This facility is a new Zero Net Energy building that generates enough on-site power to offset, or even exceed, its needs. Creekside is approved as a Path to Net Zero project by the Energy Trust of Oregon (ETO). Ladan performed whole building energy modeling, Energy Efficiency Measures (EEM) study, and ETO documentation for this project.
Public Buildings
UC Irvine Verano Student Housing Center
Irvine, CA
Architect: MITHUN I MEP + Energy: Glumac
UCI Verano Student Housing Center includes 1,050-bed apartments, a 16,000-square-foot Community Center, and a Maintenance and Operation (M&O) Facility. The main project goals are affordability and sustainability. Ladan performed whole building energy modeling for the Community Center and the M&O Building and she worked on the CBECC geometry modeling for the Residential Buildings while working at Glumac.
Capitola Library
Capitola, CA
Architect: Noll & Tam Architects I MEP + Energy: Glumac
Capitola Library is a new 12,000-square-foot building with a highly energy-efficient design focused on passive design strategies such as natural ventilation. Ladan performed whole building energy modeling, Energy Efficiency Measure (EEM) analysis, daylight modeling and simulation, and thermal comfort analysis for this facility while working at Glumac.
Multifamily Residential Buildings
Central City Concern Eastside Health & Recovery Center
Portland, OR
Architect: Ankrom Moisan Architects I Energy: Glumac
Central City Concern (CCC) Center is a 117,000-square-foot new construction with two stories of medical clinics and 140 transitional and temporary housing units for rehabilitation and recovery. The project is targeting LEED Gold Certification for Homes Multifamily Mid-Rise. While working at Glumac, Ladan performed whole building energy modeling, Energy Efficiency Measures (EEM) analysis, daylighting, and Energy Trust of Oregon (ETO) documentation for this project.
Health Care Facilities
Kaiser South Sacramento Emergency Department Expansion
Sacramento, CA
Architect: HOK I MEP + Energy: Glumac
Kaiser South Sacramento intends to expand its Emergency Department by building a new 41,525-square-foot facility. The new expansion will be an energy-efficient facility that targets LEED Gold Certification. Ladan performed LEED v4 energy modeling and documentation for this project while working at Glumac.
Research
Awarded Grants
Department of Energy (DOE) Small Business Innovation Research (SBIR), 2021 Grant
ENERlite Consulting, Inc. was awarded the SBIR/STTR 2021 Small Business grant from the Department of Energy for the advancement of an automated calibration tool for building energy models called “ENERtune.” The tool uses machine learning to optimize building energy models based on their actual utility data. ENERtune enables user interaction in the calibration process to produce more relevant and realistic models of buildings.
California Energy Commission (CEC) The Next EPIC Challenge: Reimagining Affordable Mixed-Use Development in a Carbon-Constrained Future, 2022
ENERlite Consulting, Inc. was awarded the CEC EPIC grant to design an affordable net zero carbon mixed-use development in San Diego, CA in collaboration with the Communities for Global Sustainability (C4GS- ZEDlife). ENERlite has provided building performance analysis and simulation, early-stage analysis, energy modeling, daylight analysis, Photovoltaic (PV) energy generation, battery storage estimation, operational carbon emissions analysis, and embodied carbon analysis for this complex and high-tech development.
D.C. Department of Environment and Energy (DDOE) Smart Buildings Plan, 2014
While at Interface Engineering, Dr. Ghobad, CEO of ENERlite Consulting, Inc. worked on a grant project for the District of Columbia's Department of the Environment (DOEE) in collaboration with GreenSpace and Georgetown University. The program was conceived to capture static (biometric, utility data) and dynamic data (real-time), provided and transmitted from existing buildings throughout the District.
Publications
Ghobad, L. 2018. Daylighting and Energy Simulation Workflow in Performance-based Building Simulation Tools. Building Performance Analysis Conference and Simbuild Proceedings. Chicago. USA.
Ghobad, L. 2017. How to Use Energy Modeling to Enhance Existing Buildings’ Performance (Case Study of a GSA Office Building), ASHRAE Building Performance Analysis Conference, Atlanta, GA.
Ghobad, L. 2017. Comparison of Daylighting Capability in Performance-based Building Simulation Tools, ASHRAE Building Performance Analysis Conference, Atlanta, GA.
Ghobad, L, Bazkiae A. 2016. Design Optimization for Energy- Efficient Skylit Offices. PLEA Passive and Low Energy Association 2016 Conference Proceedings. Los Angeles. USA.
Ghobad, L., Frechette, R., Rose, P. 2014. Smart Buildings Plan Project FY 2014 Green Building Fund Grant Technical Report. Prepared for the District Department of Environment
Ghobad, L. 2013. Analysis of Daylighting Performance and Energy Savings in Roof Daylighting Systems. Ph.D. dissertation.
Ghobad, L., Malekafzali, A., Hu, J. 2014. Comparison of Integrated Simulation Tools for LEEDv4 Daylight Credit Assessment. ASHRAE- IBPSA 2014 Conference. Atlanta. USA.
Ghobad, L., Malekafzali, A., Hu, J., Place, W. 2013. Comparison of Climate-based Daylighting in Two Integrated Simulation Tools: DIVA and OpenStudio. Paper submitted to Passive and Low Energy Architecture (PLEA) Conference 2013. Munich, Germany.
Ghobad, L., Place, W., & Cho, S. 2013. Design Optimization of Square Skylights in Office Buildings. International Building Performance Simulation (IBPSA) BS 2013 Conference Proceedings. France.
Ghobad, L., Place, W., & Cho, S. 2013. Design Optimization Of Daylight Roofing Systems: Roof Monitors With Glazing Facing in Two Opposite Directions. International Building Performance Simulation (IBPSA) BS 2013 Conference Proceedings. France.
Ghobad, L., Place, W., & Hu, J. 2012. The Impact of Systems Integration on the Daylighting Performance of Skylights in Offices. Conference Proceeding of SimBuild 2012, Madison, USA.
Honors and Awards
Dr. Ladan Ghobad, 40 Under 40, 2021 Sacramento Business Journal (Sacramento, CA)
ASHRAE-IBPSA, 2014 Conference Scholarship (Atlanta, GA)
IBPSA-USA, SimBuild 2012 Conference Scholarship (Denver, CO)
American Solar Energy Society ASES- WREF 2012 Scholarship (May 2012)