Top Banner
NRG RENEW FACT SHEET Starwood Hotels & Resorts – The Phoenician Location: Scottsdale, Arizona Capacity: 568 kWdc Type: Three high-bay parking structures and one pavilion structure (solar photovoltaic) Power Purchaser: The Phoenician (SRP Territory) Estimated Completion: Q1 2015 Project Partner: Starwood Hotels & Resorts Design Partner: DLR Group Construction Partner: Sunora Energy Solutions Overview NRG Energy, Inc., through its wholly-owned subsidiary NRG Renew, has begun its work in transforming one of the world’s most prestigious hotel and leisure companies: Starwood Hotels & Resorts. At The Phoenician in Scottsdale, Ariz., a 568-kWdc solar installation will generate clean, reliable power for delivery to the resort. The PV solar technology installed on the property is quiet, requires no fuel and needs minimal water. It will generate enough emission-free energy to power the equivalent of 90 homes. Over its three-month construction period, The Phoenician is creating approximately 30 jobs. Using carport high-bay canopies that span for approximately three acres, plus a 9 kWdc pavilion structure, the project is slated for completion at the beginning of 2015. The Phoenician is just step one in a very bright future for NRG and Starwood Hotels & Resorts. Other near-term Starwood projects include: The Westin St. John Resort – 1,072 kWdc and will begin construction in 2015 The Westin Maui Resort & Spa – 450 kWdc and will begin construction in 2015 About NRG Renew NRG is at the forefront of changing how people think about and use energy. A Fortune 250 company, NRG supports clean energy resources and technologies that are critical to our transition to a sustainable, low carbon society and clean future. We’re using tomorrow’s technologies – today. Our diverse power generating facilities have a capacity of about 53,000 megawatts, capable of supporting almost 42 million homes, and our retail electricity and thermal energy divisions serve nearly 3 million residential, business, Quick Facts Solar high-bay parking structure at The Phoenician
2

Starwood Hotels & Resorts – The Phoenician Partner: Starwood Hotels & Resorts Design Partner: DLR Group Construction Partner: Sunora Energy Solutions Overview NRG Energy, Inc., through

May 03, 2018

Download

Documents

dohuong
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Starwood Hotels & Resorts – The Phoenician Partner: Starwood Hotels & Resorts Design Partner: DLR Group Construction Partner: Sunora Energy Solutions Overview NRG Energy, Inc., through

NRG RENEW FACT SHEET

Starwood Hotels & Resorts – The Phoenician

Location: Scottsdale, Arizona

Capacity: 568 kWdc

Type: Three high-bay parking structures and one pavilion structure (solar photovoltaic)

Power Purchaser: The Phoenician (SRP Territory)

Estimated Completion: Q1 2015

Project Partner: Starwood Hotels & Resorts

Design Partner: DLR Group

Construction Partner: Sunora Energy Solutions

OverviewNRG Energy, Inc., through its wholly-owned subsidiary NRG Renew, has begun its work in transforming one of the world’s most prestigious hotel and leisure companies: Starwood Hotels & Resorts. At The Phoenician in Scottsdale, Ariz., a 568-kWdc solar installation will generate clean, reliable power for delivery to the resort.

The PV solar technology installed on the property is quiet, requires no fuel and needs minimal water. It will generate enough emission-free energy to power the equivalent of 90 homes. Over its three-month construction period, The Phoenician is creating approximately 30 jobs. Using carport high-bay canopies that span for approximately three acres, plus a 9 kWdc pavilion structure, the project is slated for completion at the beginning of 2015.

The Phoenician is just step one in a very bright future for NRG and Starwood Hotels & Resorts.

Other near-term Starwood projects include:

� The Westin St. John Resort – 1,072 kWdc and will begin construction in 2015 � The Westin Maui Resort & Spa – 450 kWdc and will begin construction in 2015

About NRG RenewNRG is at the forefront of changing how people think about and use energy. A Fortune 250 company, NRG supports clean energy resources and technologies that are critical to our transition to a sustainable, low carbon society and clean future. We’re using tomorrow’s technologies – today.

Our diverse power generating facilities have a capacity of about 53,000 megawatts, capable of supporting almost 42 million homes, and our retail electricity and thermal energy divisions serve nearly 3 million residential, business,

Quick Facts

Solar high-bay parking structure at The Phoenician

Page 2: Starwood Hotels & Resorts – The Phoenician Partner: Starwood Hotels & Resorts Design Partner: DLR Group Construction Partner: Sunora Energy Solutions Overview NRG Energy, Inc., through

NRG RENEW FACT SHEET

FOR MORE INFORMATION Media InquiriesJeff [email protected]

NRG Renew Headquarters4900 N Scottsdale Road, Suite 5000Scottsdale, AZ 85251760.710.2140 nrg.com

Office Locations Carlsbad, CA Miami, FLSan Francisco, CA Princeton, NJ

commercial and industrial customers in 47 states. We built the nation’s first privately-funded electric vehicle charging infrastructure and continue to create new, clean energy solutions for our customers.

NRG Renew, a subsidiary of NRG Energy. Inc., is one of the largest renewable energy companies in the United States, with more than 150 renewable energy projects totaling approximately 4,500 gross megawatts (MWac) of solar and wind capacity in operation throughout North America, U.S. territories and the Caribbean.

Rather as one of the largest solar power developers in the country or by giving customers the latest tools to better manage their energy use, NRG is a pioneer in developing smarter energy choices.

Starwood Hotels & Resorts – The Phoenician

Solar high-bay parking structure at The Phoenician

Equivalent to removing

140cars from the road.

Avoids the annual emission of

660tons of carbon

into the atmosphere.