The Looper greenhouse design by RTKL won awards at SXSW and a greenhouse competition. It challenges traditional greenhouse design by leveraging the ability of plants to naturally clean an ecosystem. SnoLeaf is hosting an exclusive presentation by RTKL to showcase The Looper, which could be built in the North Puget Sound area and bring opportunities to the local community. The presentation will take place on December 13th from 12:00-1:00 PM at a room in the Admin East building in Everett, WA.
Silicon Energy - CrystaLite PV-Integrated Structures brochure 05-16-13Silicon Energy
Silicon Energy and CrystaLite are partnering to deliver pre-engineered, customizable photovoltaic (PV) integrated structures for homes and businesses, including patio and carport coverings, electric car charging stations, and picnic shelters. These dual-purpose structures provide cover from the sun or weather while generating electricity. They can be connected to the electric grid or use battery storage for remote locations. The structures are designed to be durable and withstand severe environments, with an engineer's stamp available. They benefit from Silicon Energy's 30-year warranty and fire safety rating, and installations are performed by approved providers who may qualify customers for renewable energy tax credits.
Silicon Energy - CrystaLite PV-Integrated Structures Brochure 05-16-13Silicon Energy
Silicon Energy and CrystaLite are partnering to provide system owners new options in solar photovoltaics, beyond the traditional rooftop and ground mount options.
Snohomish County PUD 2014 High School Photography ContestSilicon Energy
The document summarizes a photography contest being held by Snohomish County PUD for high school students in grades 9-12 living in Snohomish County or on Camano Island. The contest theme is "Energy in Action" and photos can be color or black-and-white, must be 8x10 or 8.5x11, and include a completed registration form. Up to five winners will be selected based on illustrating the theme, artistic merit, and technical quality, and each will receive $50.
The document summarizes the results of a school's participation in a solar boat competition. Three boats were built - the Aqua Omega, Iron Wolf, and Blugatti. The Aqua Omega got 1st in endurance and tied for 2nd overall. The Iron Wolf got 3rd overall. The Blugatti took 3rd in the experimental class due to a wiring issue causing its front motor to fail. The event organizer commended the school for raising the competition's quality and design standards over the past two years. The sponsor thanked all sponsors for enabling this learning experience for the students.
2012-10-01 Decision - Minnesota Department of Commerce - Division of Energy R...Silicon Energy
The document is a decision from the Minnesota Department of Commerce regarding approval of Northern States Power Company's (Xcel) 2013-2015 Triennial Natural Gas and Electric Conservation Improvement Program. It also addresses alternative conservation program proposals from Minnesota Waste Wise and the Center for Energy and Environment.
The Commissioner approves Xcel's petition with some modifications and approves one of the alternative programs. Xcel's proposed savings goals and budgets meet statutory requirements. The decision also ensures Xcel's program includes adequate low-income initiatives and promotes efficient lighting and lamp recycling as required by law.
On Friday, May 8, 2009 Washington Gov. Chris Gregoire signed the Efficiency First Bill, which sets the goal of carbon neutrality for all new public and private new buildings and major restorations by 2031. The 2030 Challenge takes Washington’s built environment all the way to carbon neutrality in a series of benchmarked steps
According to the 2030 Challenge Buildings are the major source of global demand for energy and materials that produce byproduct greenhouse gases (GHG). Slowing the growth rate of GHG emissions and then reversing it is the key to addressing climate change and keeping global average temperature below 2°C above pre-industrial levels.
In Washington our buildings are cleaner than most because owe have hydropower resources. But, this means our CO2 footprint from transportation is a larger part of the energy mix than elsewhere, hence: Washington Sunrise 2030 shows that our state can extend this challenge to transportation and
achieve a truly renewable energy economy by 2030.
The Looper greenhouse design by RTKL won awards at SXSW and a greenhouse competition. It challenges traditional greenhouse design by leveraging the ability of plants to naturally clean an ecosystem. SnoLeaf is hosting an exclusive presentation by RTKL to showcase The Looper, which could be built in the North Puget Sound area and bring opportunities to the local community. The presentation will take place on December 13th from 12:00-1:00 PM at a room in the Admin East building in Everett, WA.
Silicon Energy - CrystaLite PV-Integrated Structures brochure 05-16-13Silicon Energy
Silicon Energy and CrystaLite are partnering to deliver pre-engineered, customizable photovoltaic (PV) integrated structures for homes and businesses, including patio and carport coverings, electric car charging stations, and picnic shelters. These dual-purpose structures provide cover from the sun or weather while generating electricity. They can be connected to the electric grid or use battery storage for remote locations. The structures are designed to be durable and withstand severe environments, with an engineer's stamp available. They benefit from Silicon Energy's 30-year warranty and fire safety rating, and installations are performed by approved providers who may qualify customers for renewable energy tax credits.
Silicon Energy - CrystaLite PV-Integrated Structures Brochure 05-16-13Silicon Energy
Silicon Energy and CrystaLite are partnering to provide system owners new options in solar photovoltaics, beyond the traditional rooftop and ground mount options.
Snohomish County PUD 2014 High School Photography ContestSilicon Energy
The document summarizes a photography contest being held by Snohomish County PUD for high school students in grades 9-12 living in Snohomish County or on Camano Island. The contest theme is "Energy in Action" and photos can be color or black-and-white, must be 8x10 or 8.5x11, and include a completed registration form. Up to five winners will be selected based on illustrating the theme, artistic merit, and technical quality, and each will receive $50.
The document summarizes the results of a school's participation in a solar boat competition. Three boats were built - the Aqua Omega, Iron Wolf, and Blugatti. The Aqua Omega got 1st in endurance and tied for 2nd overall. The Iron Wolf got 3rd overall. The Blugatti took 3rd in the experimental class due to a wiring issue causing its front motor to fail. The event organizer commended the school for raising the competition's quality and design standards over the past two years. The sponsor thanked all sponsors for enabling this learning experience for the students.
2012-10-01 Decision - Minnesota Department of Commerce - Division of Energy R...Silicon Energy
The document is a decision from the Minnesota Department of Commerce regarding approval of Northern States Power Company's (Xcel) 2013-2015 Triennial Natural Gas and Electric Conservation Improvement Program. It also addresses alternative conservation program proposals from Minnesota Waste Wise and the Center for Energy and Environment.
The Commissioner approves Xcel's petition with some modifications and approves one of the alternative programs. Xcel's proposed savings goals and budgets meet statutory requirements. The decision also ensures Xcel's program includes adequate low-income initiatives and promotes efficient lighting and lamp recycling as required by law.
On Friday, May 8, 2009 Washington Gov. Chris Gregoire signed the Efficiency First Bill, which sets the goal of carbon neutrality for all new public and private new buildings and major restorations by 2031. The 2030 Challenge takes Washington’s built environment all the way to carbon neutrality in a series of benchmarked steps
According to the 2030 Challenge Buildings are the major source of global demand for energy and materials that produce byproduct greenhouse gases (GHG). Slowing the growth rate of GHG emissions and then reversing it is the key to addressing climate change and keeping global average temperature below 2°C above pre-industrial levels.
In Washington our buildings are cleaner than most because owe have hydropower resources. But, this means our CO2 footprint from transportation is a larger part of the energy mix than elsewhere, hence: Washington Sunrise 2030 shows that our state can extend this challenge to transportation and
achieve a truly renewable energy economy by 2030.
Home Power Magazine issue - 146 Silicon Energy Industry Leading Power WarrantySilicon Energy
The document discusses different types of warranties for photovoltaic (PV) modules. It explains that modules have both a materials warranty that covers defects, and a power warranty that guarantees the module will produce a certain percentage of its rated power output for a set time period. Common power warranties are 90% output for 10 years and 80% for 25 years. The document also discusses decreasing PV module prices over time, with retail prices reaching an all-time low of $2.65 per watt in September 2011. Quality and manufacturer reputation are important factors to consider despite lower prices.
Silicon Energy Cascade Series Photovoltaic Module Specification SheetSilicon Energy
The document describes Silicon Energy's next generation Cascade solar module and mounting system. The Cascade module features an integrated double-glass design that is durable, efficient, and suitable for overhead structures. It is produced in the US with a 30-year warranty. The matching mounting system is engineered to optimize solar production through a design that simplifies installation and protects wiring. Together, the system is built for reliability and performance in various installation types.
The Value of Distributed Solar Electric Generation to New Jersey and Pennsylv...Silicon Energy
This report analyzes the value of distributed solar generation in New Jersey and Pennsylvania. It finds the total value ranges from $256-$318 per MWh. The highest value components are market price reduction, averaging $55/MWh, and economic development value, averaging $44/MWh. Locations with higher market price reduction values see greater total value. Environmental value is higher in Pennsylvania due to its greater reliance on coal generation. Fuel price hedge and generation capacity values vary across locations based on utility discount rates and load profiles.
Business and climate leaders called on the new administrator of the Bonneville Power Administration (BPA) to take a leadership role in reducing the region's reliance on fossil fuels and transitioning to a carbon-free clean energy economy. They want BPA to help grow the local renewable energy industry and implement smart grid technologies to expand the economy while addressing climate change. As the region's largest electricity provider controlling 75% of transmission, BPA is well positioned to spearhead an energy revolution through investments in hydropower, wind, solar, biomass and energy efficiency.
Solar Power Generation in the US: Too expensive, or a bargain - Perez, Zweibe...Silicon Energy
For decades the solar industry has struggled to legitimize itself in the eyes of solar energy skeptics. First overcoming the myths that solar does not work and lately that solar energy cannot be effectively integrated into the utility grid. However, in spite of solid research and industry experience, the final, seemingly unassailable solar argument proffered by solar energy skeptics is that solar energy is not "economically viable."
"Economically viable" solar power generation is a real stretch for solar energy skeptics because the cost of unsubsidized solar appears to be much higher than the cost of conventional generation. In response , solar advocates over the years in great frustration default to the well-worn arguments of "externalities," "its the right thing to do," "global warming," and "do it for our kids." All quite valid, but unfortunately these arguments tend to fall on the deaf ears of these reasonably-motivated-economic skeptics. The most recent attempt to appease these skeptics is the promise of "grid parity," which unfortunately without the full valuation of the benefits of solar energy (and negative valuations of conventional generation) plays right into the solar skeptics economic argument and drives the industry to make manufacturing, installation, and business decisions that are not sustainable economically or environmentally.
Recently, a study was released on the state of New York that that suggests that solar electric installations provide between $0.15 to $0.40 cents of value per kWh to ratepayers and taxpayers. These results provide a valid response to the skeptics, economic justification for solar incentives, and policy tools to increase the rate of solar implementation. In short, there is no need for the solar industry to race to the bottom as long as steady, intelligent, long-term, sustainable energy policy guides us. Solar advocates and solar skeptics can all live under one roof…, a solar roof.
Silicon Energy is dedicated to quality, durability, safety, responsible business practices, and local manufacturing. See the difference.
The document advertises a solar tour taking place on October 6, 2012 in Snohomish County from 10am to 4pm. The tour will showcase various homes utilizing solar power and other green energy solutions. Participants can visit sites on a self-guided tour and get information from solar professionals. The kickoff event will be at Silicon Energy in Marysville, where they can tour the factory and get maps and refreshments.
The document summarizes continuing improvements being made to Silicon Energy's Cascade Series PV module and mounting system over the next few months. It also discusses testing done by NREL showing that 99.94% of Silicon Energy's Cascade Series PV modules and approximately 99% of their inverters are performing flawlessly after 3.5 years of field testing in multiple states and environmental conditions. This provides customers with confidence in the reliability of Silicon Energy products.
Silicon Energy Washington State Introduction PacketSilicon Energy
The document summarizes information about a solar panel company called Silicon Energy. It discusses how Silicon Energy manufactures durable solar panels with a 40+ year lifespan in Washington and Minnesota. It highlights incentives for solar installations and provides technical specifications for Silicon Energy's solar panel models. The document promotes Silicon Energy's locally-made panels as a sustainable investment that can offset energy costs.
Home Power Magazine issue - 146 Silicon Energy Industry Leading Power WarrantySilicon Energy
The document discusses different types of warranties for photovoltaic (PV) modules. It explains that modules have both a materials warranty that covers defects, and a power warranty that guarantees the module will produce a certain percentage of its rated power output for a set time period. Common power warranties are 90% output for 10 years and 80% for 25 years. The document also discusses decreasing PV module prices over time, with retail prices reaching an all-time low of $2.65 per watt in September 2011. Quality and manufacturer reputation are important factors to consider despite lower prices.
Silicon Energy Cascade Series Photovoltaic Module Specification SheetSilicon Energy
The document describes Silicon Energy's next generation Cascade solar module and mounting system. The Cascade module features an integrated double-glass design that is durable, efficient, and suitable for overhead structures. It is produced in the US with a 30-year warranty. The matching mounting system is engineered to optimize solar production through a design that simplifies installation and protects wiring. Together, the system is built for reliability and performance in various installation types.
The Value of Distributed Solar Electric Generation to New Jersey and Pennsylv...Silicon Energy
This report analyzes the value of distributed solar generation in New Jersey and Pennsylvania. It finds the total value ranges from $256-$318 per MWh. The highest value components are market price reduction, averaging $55/MWh, and economic development value, averaging $44/MWh. Locations with higher market price reduction values see greater total value. Environmental value is higher in Pennsylvania due to its greater reliance on coal generation. Fuel price hedge and generation capacity values vary across locations based on utility discount rates and load profiles.
Business and climate leaders called on the new administrator of the Bonneville Power Administration (BPA) to take a leadership role in reducing the region's reliance on fossil fuels and transitioning to a carbon-free clean energy economy. They want BPA to help grow the local renewable energy industry and implement smart grid technologies to expand the economy while addressing climate change. As the region's largest electricity provider controlling 75% of transmission, BPA is well positioned to spearhead an energy revolution through investments in hydropower, wind, solar, biomass and energy efficiency.
Solar Power Generation in the US: Too expensive, or a bargain - Perez, Zweibe...Silicon Energy
For decades the solar industry has struggled to legitimize itself in the eyes of solar energy skeptics. First overcoming the myths that solar does not work and lately that solar energy cannot be effectively integrated into the utility grid. However, in spite of solid research and industry experience, the final, seemingly unassailable solar argument proffered by solar energy skeptics is that solar energy is not "economically viable."
"Economically viable" solar power generation is a real stretch for solar energy skeptics because the cost of unsubsidized solar appears to be much higher than the cost of conventional generation. In response , solar advocates over the years in great frustration default to the well-worn arguments of "externalities," "its the right thing to do," "global warming," and "do it for our kids." All quite valid, but unfortunately these arguments tend to fall on the deaf ears of these reasonably-motivated-economic skeptics. The most recent attempt to appease these skeptics is the promise of "grid parity," which unfortunately without the full valuation of the benefits of solar energy (and negative valuations of conventional generation) plays right into the solar skeptics economic argument and drives the industry to make manufacturing, installation, and business decisions that are not sustainable economically or environmentally.
Recently, a study was released on the state of New York that that suggests that solar electric installations provide between $0.15 to $0.40 cents of value per kWh to ratepayers and taxpayers. These results provide a valid response to the skeptics, economic justification for solar incentives, and policy tools to increase the rate of solar implementation. In short, there is no need for the solar industry to race to the bottom as long as steady, intelligent, long-term, sustainable energy policy guides us. Solar advocates and solar skeptics can all live under one roof…, a solar roof.
Silicon Energy is dedicated to quality, durability, safety, responsible business practices, and local manufacturing. See the difference.
The document advertises a solar tour taking place on October 6, 2012 in Snohomish County from 10am to 4pm. The tour will showcase various homes utilizing solar power and other green energy solutions. Participants can visit sites on a self-guided tour and get information from solar professionals. The kickoff event will be at Silicon Energy in Marysville, where they can tour the factory and get maps and refreshments.
The document summarizes continuing improvements being made to Silicon Energy's Cascade Series PV module and mounting system over the next few months. It also discusses testing done by NREL showing that 99.94% of Silicon Energy's Cascade Series PV modules and approximately 99% of their inverters are performing flawlessly after 3.5 years of field testing in multiple states and environmental conditions. This provides customers with confidence in the reliability of Silicon Energy products.
Silicon Energy Washington State Introduction PacketSilicon Energy
The document summarizes information about a solar panel company called Silicon Energy. It discusses how Silicon Energy manufactures durable solar panels with a 40+ year lifespan in Washington and Minnesota. It highlights incentives for solar installations and provides technical specifications for Silicon Energy's solar panel models. The document promotes Silicon Energy's locally-made panels as a sustainable investment that can offset energy costs.
Silicon Energy Washington State Introduction Packet
Solar Sculpture by World Renowned Artist at Pacific Science Center Powered by Silicon Energy
1. Solar Sculpture by World-Renowned Artist at Pacific Science Center Powered by
Silicon Energy
Innovative Sonic Bloom installation teaches youth about solar energy
August 14, 2013 – Seattle, WA – Exotic, dynamic, and solar powered – the new Sonic Bloom installation
by world-renowned artist Dan Corson seeks to create curiosity and educate visitors about solar
electricity generation. Opening today, Sonic Bloom features custom, locally made Silicon Energy
photovoltaic (PV) modules.
Photo courtesy of Silicon Energy
Sonic Bloom is an interactive bouquet of five towering sunflowers up to 33 feet tall, each covered in
stamens of single mono-crystalline cell, double-glass solar PV, 4 watt mini-modules manufactured in
Washington State by Silicon Energy. Sonic Bloom is a fun and beautiful display of PV-powered
sunflowers with petals reaching 20 feet across. The sunflowers capture sunlight during the day, which is
used to light them at night. Children can observe the impact of clouds, sun position, and shading on each
of the sunflowers’ solar energy production in real time at an interpretive kiosk. Each sunflower is
oriented at slightly different angles to highlight the photovoltaic effect as the sun progresses through
the sky.
The artist, Dan Corson, is nationally recognized for his playful large-scale outdoor sculptures
incorporating a variety of materials, and masterfully integrating the use of light. Dan chose Silicon
Energy to provide the solar PV modules based on its reputation for manufacturing high quality, durable,
yet beautiful, double glass solar PV modules that are more resistant to environmental conditions than a
standard module. Dan is pleased to showcase a locally produced solar solution, and support the growing
renewable energy manufacturing community in the Pacific Northwest.
Sonic Bloom is funded by Seattle City Light’s Green Up program, which allocates a portion of its funds to
generate interest in renewable energy. Silicon Energy is honored to be a part of this creative
2. collaboration between the Utility, the Pacific Science Center, and the artist to deliver a colorful exhibit
that engages visitors, inspiring them to understand how solar energy works.
Silicon Energy’s manufacturing facility is uniquely set up to produce the custom form factor, a single cell
double-glass solar PV module. The company’s engineering and production teams enjoyed the challenge
of scaling down the unique properties of Silicon Energy’s product to the Sonic Bloom project
requirements, with each module delivering 1/49th
of the power of a standard module.
“We are pleased to be part of this innovative project that educates the public on how well solar works in
Seattle,” said Silicon Energy president Gary Shaver. “We applaud Dan Corson’s sculptural interpretation
of a solar PV learning exhibit that delights it visitors.”
The exhibit will be on display year-round, 24 hours a day, just outside of the Boeing IMAX Theater.
# # #
About Silicon Energy
Founded in 2007, Silicon Energy delivers the highest quality and most durable photovoltaic (PV) modules on the market today,
backed by one of the best warranties in the world. Located in Washington and Minnesota, Silicon Energy’s sustainable approach
to doing business offers customers a world-class, locally manufactured and environmentally-friendly solar PV product. The
company’s philosophy of supporting the local and US economy and its commitment to creating long-lasting, aesthetically
pleasing PV allows customers to be confident that while they are reducing their carbon footprint they are also contributing to
their local economy. Silicon Energy PV Systems are available through select partners for home, commercial, government, and
utility installations. For more information about Silicon Energy, please visit www.silicon-energy.com or call (360) 618-6500 or
(218)-789-1710.
For Media Inquiries
Revolution PR for Silicon Energy
Jennifer Karkar Ritchie, 206-354-8049, Jennifer@revolutionpr.com
Aaron Hilst, 206-355-3506, aaron@revolutionpr.com