The three-story, 40,000 sf Solar Energy Research Center is located on the Lawrence Berkeley National Lab campus and designed for scientists developing solar-driven chemical converters that will create transportation fuels from water and carbon dioxide. Research focuses on advanced nanomaterials for use in solar light collectors and electrodes, a new generation of catalysts for energy-efficient chemistry, and specialized soft and hard membranes for integrating the light harvesting, charge separating and fuel forming components.

 

SERVICES

Daylighting improves the quality of visual comfort while reducing energy use. We use scale physical models and calibrated simulations with RADIANCE software and proprietary scripts to:
• Predict and evaluate illumination levels and light distribution
• Predict and analyze luminance gradients and glare potential
• Analyze thermal and energy use implications of daylighting design
• Design and evaluate daylighting to exhibition and curatorial performance criteria
• Predict energy savings from daylight harvesting
• Coordinate daylighting and electrical lighting design
• Post-occupancy HDRI analysis of luminance and visual comfort

See examples of our Daylighting Projects →

We provide full-service lighting design for building interiors, exteriors and landscape as well as specialized lighting for art. We work with the architect to reflect the aesthetic of the design and support the spatial experience with high performance and visually comfortable lighting.
• Specify luminaires, sources and layouts for electrical lighting
• Provide accurate renderings of lighting for evaluation
• Provide illumination levels for design evaluation as well as code requirements
• Provide lighting controls narrative and diagrams
• Arrange desk-top, lighting lab and/or in-situ mockups as appropriate to the project
• Provide aiming and lighting control observation
• Design custom fixtures
• Provide LEED credit documentation for lighting credits

See examples of our Lighting Design Projects →

Visual and thermal comfort in high-performance buildings rely on integrated glazing and curtain wall design. We use advanced simulation techniques to:
• Analyze visual performance of glazing alternatives
• Evaluate advanced glazing applications, including light redirecting glass and internal shading systems
• Predict and evaluate thermal performance of curtain wall systems
• Predict occupant comfort conditions for curtain wall alternatives
• Identify and coordinate value engineering tradeoffs for integrated high-performance facades

See examples of our Glazing Selection Projects →

Effective shading reduces glare and minimizes solar heat gain without impeding the use of daylight for visual tasks. We assist the architect to design shading appropriate to the program, the climate and context of the project. We use scale physical models and calibrated models with RADIANCE software to:
• Analyze site conditions for solar access and shade potential
• Design sun control and glare control alternatives for local skies and climate conditions
• Evaluate shade alternatives for visual and thermal comfort

See examples of our Shading Design Projects →

The facility includes laboratory and office spaces, as well as research support and meeting areas. Loisos + Ubbelohde designed the daylighting, shading and electrical lighting, including innovative lighting controls for the laboratory spaces and the exterior lighting for the landscaped plaza.

Awards

USGBC LEED Gold Certification

Green Good Design Award, The Chicago Athenaeum Museum of Architecture and Design Awards, 2015

LUX Award for Energy & Environmental Lighting Design, IES San Francisco, 2017

Merit Award, IES North America, 2017

Daylighted lobby space is a hub for scientist interaction.

Skylights wash the walls and balance daylight from the edges.

Private offices open to lounge areas with panoramic views of the San Francisco Bay.