The 960,000 sq-ft facility, which will house routers, switches, servers, storage systems and other equipment, is expected to come online in 2023 at a cost of roughly $800 million.
As we previously reported, power will be sourced from from three new solar facilities in Pinal County in conjunction with the Salt River Project. The solar facilities will put about 450MW of power back into the power grid.
(Source: Facebook, PR, 12 Aug., 2021) Contact: Facebook, www.facebook.com/FBMesaDataCenter
More Low-Carbon Energy News Facebook, Solar, Salt River Project,
The three projects include two 200-MW solar plants and one 100-MW solar plant. SRP is contracting with subsidiaries of solar developers AES, EDP and NextEra Energy Resources to construct and operate the three new plants. The first project is expected to come online in fall 2022 and start of construction for all the new solar plants, which will all be located in Pinal County, will begin at different points in time throughout 2022.
The first project, the 100-MW West Line Solar project located in the city of Eloy, Pinal County, Arizona developed by AES Corp. is expected to come online in October, 2022. SRP and AES have worked together to bring online a 100MW solar system, East Line Solar, as well as a 10MW, 40 megawatt-hours (MWh) standalone battery-based energy storage system.
The 200-MW Randolph Solar Park, developed by EDP Renewables North America is slated to come online in 2023. SRP is partnering with EDP Renewables, a global leader in renewable energy production, to develop and operate this 200MW solar park located in the city of Coolidge, Pinal County, Arizon adjacent to SRP's Randolph 230kV substation. Randolph Solar will span across 1,346 acres, and construction is anticipated to begin in fall of 2022.
The third project, the 200-MW Valley Farms Solar project is expected to become fully operational by December 2023. SRP has contracted with a subsidiary of NextEra Energy Resources to develop the solar plant in Coolidge, Ariz. The two companies have previously worked together to develop and contract a 20MW solar generation facility and battery storage system, Pinal Central Solar Energy Center, and a 100MW solar plant, Saint Solar, which began operations in 2018 and 2020 respectively. Additionally, SRP and NextEra have plans to develop two solar-charged battery projects totaling nearly 350MW, Sonoran Energy Center and Storey Energy Center. Valley Farms Solar will be 1,900 acres in size and construction will begin in winter of 2022.
(Source: Salt River Project, Website PR, 12 Aug., 2021)
Contact: EDP Renewables North America, Miguel Prado, CEO, www.edpr.com/north-america; SRP, Mike Hummel, CEO, Scott Harelson, Scott.Harelson@srpnet.com, www.srpnet.com; NextEra Energy Resources, 561-691-7171, www.nexteraenergyresources.com
More Low-Carbon Energy News Salt River Project, Solar, AES Corp., EDP Renewables North America, NextEra Energy Resources ,
SRP is aiming for 1,000 MW of new solar, natural gas and other renewable energy by 2025, as part of its transition away from coal fired power generation.
(Source: SRP, Farmington Daily Times, Durango Herald, 20 Jan. 2020) Contact: SRP, Mike Hummel, CEO, Scott Harelson, Scott.Harelson@srpnet.com, www.srpnet.com
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The plants, which will be owned and operated by units of NextEra Energy Resources LLC, are expected to become operational by June 2023.
(Source: Salt River Project, PR, Renewables 19 Nov., 2019) Contact: SRP, Mike Hummel, CEO, Scott Harelson, Scott.Harelson@srpnet.com, www.srpnet.com
More Low-Carbon Energy News Salt River Project, Solar, Battery Energy Storage,
The upgrade, which includes 1,354 Orion LED lighting fixtures and 1,249 LED Bulbs for an expected $597,711 per year savings, also qualifies for a $300,000 rebate from Salt River Project.
BC Energy is a national energy management and reduction firm helping companies drastically reduce their energy consumption. The company provides turnkey energy efficiency-energy reduction projects and enterprise-wide solutions, according to the release.
(Source: Orion Energy Systems, Inc., PR, 12 Sept., 2019)
Contact: Orion Energy Systems, Inc., www.orionlighting.com; BC Energy Solutions, www.bcenergysaves.com
More Low-Carbon Energy News Orion Energy Systems, LED Light, Energy Efficiency ,
The standard set aspirational yet rational requirements incorporating annual benchmarks and establishing accountability measures such as implementation plans. As the Commission deliberates its next steps on energy efficiency, here are a few considerations commissioners should keep in mind:
For the sake of ratepayers, air quality and public health, the Commission should vote on May 22 to advance Arizona’s Energy Efficiency Standard to at least 35 pct by 2030. (Source: Green Valley News, 12 May, 2019)
Contact: Arizona Corporation Commission, (602) 542-3026, www.azcc.gov
More Low-Carbon Energy News Energy Efficiency,
According to the company, BESS systems provide critical services like peak load shaving, energy and ancillary services that will be increasingly needed in a renewable-heavy grid.
Sterlite Power is a leading global developer of power transmission infrastructure with projects of over 12,500 circuit kms and 20,500 MVA in India and Brazil. (Source: Sterlite Power, NewsBarons, 14 Feb., 2019) Contact: Sterlite Power, Pratik Agarwal, Group CEO, +91 11 4996 2200 www.sterlitepower.com; SRP, Mike Hummel, GM, Scott Harelson, Renewable Energy, Scott.Harelson@srpnet.com, www.srpnet.com
More Low-Carbon Energy News Sterlite Power, Salt River Project, Battery Energy Storage,
The plan is part the utility's SRP 2035 long term growth plan, as laid out at the close of its 2018 fiscal year.
By 2025, SRP anticipates 11 pct of its energy needs will be met by solar and avoid another 11 pct of its current supply level from energy-efficiency measures. The utility's energy storage plan includes the purchase of a 25 MW/100 MW-hour battery storage system from Tesla, to be installed at the Agua Fria Generating Station in Glendale, California.
SRP notes that it paid over $150 million in solar incentives to approximately 20,000 customers between August 2004 and April 2018, and $205 million since May 2008 in energy efficiency incentives resulting in an overall 2.14 pct annual incremental energy savings exceeding the 2 pct annual target.
(Source: SLP, CleanTechnica, 17 Nov., 2018) Contact: SRP, Mike Hummel, GM, Scott Harelson, Renewable Energy, Scott.Harelson@srpnet.com, www.srpnet.com
More Low-Carbon Energy News Salt River Project, Solar, Energy STorage,
The two ASU teams are headed by Wim Vermaas, Foundation Professor in the School of Life Sciences and a member of the Center for Bioenergy and Photosynthesis, and Bruce Rittmann, director of Biodesign Swette Center for Environmental Biotechnology.
Both ASU projects are developing innovative approaches for improving the efficiency of microalgae to capture waste CO2 and convert it into biodiesel transportation fuels and other valuable products.
Rittmann will explore ways to make CO2 delivery to algae more efficient. Traditional methods involve sparging (bubbling) CO2 within the liquid used to grow the algae, which releases about 60-80 pct of the CO2 back into the atmosphere. This wasteful process defeats a major goal of using microalgae to remove this greenhouse gas from the atmosphere and decreases cost efficiency.
Rittmann's team developed a membrane carbonation process that uses inexpensive plastic fibers to deliver pure CO2 with nearly 100 pct efficiency directly to the microalgae. The team estimates that the technology will capture fourfold more CO2 than traditional sparging methods.
The team is partnering with the Salt River Project to develop methods for harvesting CO2 from power plant emissions. They are also partnering with the city of Mesa to remove CO2 from the biogas generated from anaerobic digesters at their wastewater treatment facilities. Rittmann's team will investigate whether the fibers can be used with microalgae to remove CO2 from the biogas, which would leave nearly pure methane which could be distributed through existing natural gas pipelines.
Vermaas and his team were awarded $2.5 million to pursue an innovative multi-pronged approach toward improved CO2 utilization.
One approach is to increase the solubility of carbon dioxide in growth medium by developing a nanobubble gas delivery system.. A second approach is to utilize amines in the medium, which greatly enhance the solubility of CO2, allowing the gas to be taken up by photosynthetic microbes for producing biofuel.
The researchers anticipate at least a 50 pct increase in the efficiency of CO2 use with advanced biofuel production under industrially relevant conditions.
(Source: ASU, PR, Nov., 2018) Contact: ASU,
Prof. Bruce Rittmann, Dir. Biodesign Swette Center for Environmental Biotechnology, (480) 727-8322,
www.biodesign.asu.edu/environmental-biotechnology; Willem Vermaas, ASU School of Life Sciences, 480-965-6250, firstname.lastname@example.org, www.sols.asu.edu/willem-vermaas
More Low-Carbon Energy News Micro Algae, Biodiesel, Drop-In Fuel, CO2, Algae, Biofuel, Carbon Dioxide,