<img src="http://www.se-core-pipe.com/52149.png" style="display:none;" />

First Net Zero Energy Apartments Go Live in Los Angeles

June 12, 2017

Located in the heart of downtown Los Angeles, walking distance from the Staples Center lies a brand new 263-unit luxury apartment complex called the Hanover Olympic.

Owned by Houston-based developer Hanover Company and designed by TCA Architects, this project is the first multi-unit apartment building in the City of Los Angeles that allows renters to receive direct savings on their electric bills from rooftop solar installations owned and operated by the developer.

It is also the first project in Los Angeles where people can rent "eco-green" units designed to be highly sustainable, energy efficient, and net zero energy by producing enough solar power to meet each tenant's annual electricity needs.

Until 2016, the Los Angeles Department of Water and Power (LADWP) did not allow solar power for apartment renters who paid their own electric bills. In LADWP territory, utility customers were required to own the building if they intended to install solar on the roof. Because 54 percent of Los Angeles homes, condos, and apartments are renter occupied, this meant tens of thousands of renters in LA were effectively prohibited from going solar.

"This was an exceptionally complicated project, and Hanover deserves a lot of credit for pushing to get 20 of these units to the net zero energy level. This took extensive collaboration between representatives from the LADWP solar program, the LA Department of Building and Safety, energy consultant Green Dinosaur, and Promise Energy to design and permit the most effective solar solution for the development," said Adam Boucher, CEO of Promise Energy.

"Downtown Los Angeles is the perfect location for Hanover to introduce our Eco-Apartment concept," Ryan Hamilton, Acquisitions and Development Partner forHanover Olympic told Inhabitat. "The area is attracting innovators and first-adopters seeking a luxury lifestyle with new tech and top amenities. We have been able to do all of that and provide the city with its first and only solar-powered, net-zero apartment homes and hope that the success of this program will bring more attention to living a sustainable lifestyle."

"The solar systems for Hanover Olympic were challenging to design and install because LADWP's solar policy does not allow virtual net energy metering. This meant that instead of installing one solar system and distributing the credits to each unit, we had to get creative and work together with LADWP and the owner to design twenty separate 3 kW rooftop photovoltaic systems, one for each unit. Together, the solar systems total 65.5 kilowatts and will produce an approximate 90,000 kWh of electricity per year," said Jonas Villalba, VP of Project Development at Promise Energy.

Achieving the title of LA's first "net-zero energy solar powered homes" requires more than just having solar produce the amount of energy consumed in each apartment. Like any mid-rise multifamily building, space on the roof at Hanover Olympic is extremely constrained, with HVAC equipment, vents, clearances, parapets and other obstructions. This means getting to net zero energy requires a comprehensive focus on reducing energy consumption before adding solar. Alongside the solar, the eco-green units at Hanover Olympic incorporate a range of sustainable features including reclaimed wood floors, recycled glass countertops, high-performance windows, extra insulation, ultra low-flow showerheads, Energy Star appliances, LED lighting, Nest thermostats, and iPad displays for tracking energy consumption.

According to Environment California, Los Angeles is second only to San Diego as the top solar city in the country in terms of total megawatts installed. But Los Angeles is only #15 when it comes to solar installed per person.

"As a result of this project, Promise Energy was able to help move solar policy forward in the city of Los Angeles," said Andy Mannle, VP Strategic Development at Promise Energy. "This is the first project in LADWP jurisdiction to provide solar directly to tenants with the intention of achieving true zero net energy. It's a step in the right direction if we are serious about meeting California's Zero Net Energy Building Goals, which call for all new construction residential projects to be zero net energy by 2020, and all new commercial construction projects by 2030."

The Olympic project has been receiving a lot of positive attention in the green and architectural community. Dominique Hargreaves, executive director of USGBC-LA chapter mentioned it as a notable project for LA Downtown News, and the project was featured as one of "six buildings of the sustainable future" in Architectural Digest.

Promise Energy's efforts on this project have improved solar policy in Los Angeles and opened the door to increased solar access for renters in one of the sunniest cities in the nation.

"When it comes to solar for multifamily buildings, we're really just getting started," said Boucher. "A recent UCLA report found that Los Angeles County has tapped barely 2% of its solar capacity. If we can get that up to 10%, we could create nearly 50,000 jobs, and reduce emissions equivalent to taking a half a million cars off the road each year. So the sky is the limit, and Promise Energy is excited to be doing our part to push this important industry forward."


Topics: Building Owners and Managers, Electricity - Electrical and Energy Solutions, Highrise Residential, Multifamily / Multiunit Residential, Solar Energy & Solar Power


Sponsored Links:


Related Content


Latest Content

Get the latest news & insights


NEWS

RESOURCES

TRENDING

FEATURES

RESEARCH CENTERS


Agricultural and Farm Buildings
Architectural Firms
Automation and Controls
Building Owners and Managers
Certifications
Construction Firms
Data Centers - Mission Critical Information Centers
Daylighting / Skylights / Natural Lighting
DC Power & DC Applications
Educational Buildings - Colleges and Universities
Educational Buildings - K through 12
Electricity - Electrical and Energy Solutions
Energy Audit / Energy Management
Energy Recovery & Heat Recovery Ventilation
Energy Saving Products
Engineering Firms
Exteriors
Flooring
Geothermal Heating and Cooling
Government Buildings - Federal / State / Local
Great Commercial Buildings
Green Roofs / Garden Roofs
Healthcare - Hospitals & Medical Facilities
Healthy & Comfortable Buildings
Highrise Residential
Hospitality
HVAC - Heating & Cooling & Ventilation
Indoor Air Quality (IAQ)
Industrial and Manufacturing Buildings
Insulated Concrete Forms (ICF)
Insulation
Interior Design
Interiors
Internet of Things
Landscaping Architecture - Design & Maintenance
Lighting - Energy Efficient Lighting
Maintenance
Metal Roofs and Walls
Military Buildings
Mixed Use Communities/Developments & Buildings
Moisture and Vapor Management
Multifamily / Multiunit Residential
Office Buildings
Paint - Low & No VOC
Passive House / Passivhaus
Plumbing
Radiant Heat - Electrical & Hydronic
Renovation / Restoration / Remodeling
Restaurants
Retail
Roofing
Senior Living
Solar Energy & Solar Power
Structured Insulated Panels (SIPS)
Student Housing
Sustainable Trends and Statistics
Tankless Water Heaters
Thermal Envelope - Building Envelope
USGBC
Ventilation
Wall Systems / Curtain Walls
Wastewater Management / Wastewater Treatment
Water and Moisture Management - Waterproofing
Water Heating Strategies - Energy Efficient Water Heating / Heaters and Boilers
Water Quality / Fresh & Clean & Healthy Water / Water Filtration
Water Saving Strategies and Devices
Windows - Glass and Glazing Strategies and Systems
Wind Power