Following Tesla's big (yet vague) news in April about production
solar tiles, the non-solar media world was beside itself. “Ultimately!”
they said. “What a great idea! This may transform the solar market!”
Nevertheless the solar market realized better. Solar tiles aren't new.
Building-integrated photovoltaics (BIPV)—the generation type solar
tiles drop under—have been around since the beginning. Talented thoughts
created a product that might incorporate in to a building's framework
and generate electricity. More than integrated tiles, BIPV also
involves semi-transparent solar sections used as replacement glass windows
or skylights—everywhere solar cells are used as developing construction
materials.
And though Tesla's solar roof does appear to appear and deploy
differently than traditional BIPV, many questions still remain. While we
await responses on facts such as for instance cost, productivity and durability (CEO
Elon Musk claimed Tesla should begin quantity creation that coming summer),
here's a refresher on two already successfully established solar
shingle manufacturers.
SunTegra
When solar shingle godfather Dow departed the marketplace using its Giant
program in July 2016, the wondered if this is the conclusion for BIPV.
Incorrect, claimed SunTegra CEO Oliver Koehler. SunTegra, formerly
known as Integrated Solar Engineering, generates solar shingle and solar
tile roof methods with crystalline plastic engineering, while Dow used
expensive and less effective CIGS thin-film.
“We base our items on standard crystalline solar cell engineering,
which enables people to touch in to the industry's current economies of scale
and provide a aggressive charge and related efficiencies and stability
to standard solar sections,” Koehler claimed in a SPW interview.
SunTegra's Solar Shingle and Solar Tile roof methods replace roofing
resources and are most readily useful installed on a brand new roof or remodeling project.
The merchandise fix directly to the roof deck in a overlapping pattern.
A patented TegraVent style promotes ventilation, lowering heat
through the program and increasing energy production.
SunTegra Shingle (2 x 4 ft) is ranked at 100 M, while SunTegra Tile (1.5 x
4 ft) is 67 W. Both have ranked efficiencies close to 15%. SunTegra
methods have guarantees much like traditional racked solar methods: a
20- to 25-year power guarantee and a 10-year product guarantee.
The actual gain comes when comparing non-solar roofs and standard
rack-mounted solar methods with solar shingles. Asphalt shingle roofs
have a 15- to 30-year lifetime (depending on climate). Roofs often have
to be replaced before a racked solar program reaches its end of life.
Removing and reinstalling a racked program is really a pain. A BIPV program continues
in place and usually exceeds a non-solar roof's lifetime, keeping the
headache of a solar reattachment and the expense of a re-roofing.
SunTegra got its come from 2013, and its leadership has ages of solar
experience. Their marketing attempts have taken off in recent months, and
the organization seems positioned to ascertain some solar shingle market
dominance.
CertainTeed
Along with a rack-mounted PV program, common construction material
company CertainTeed also generates its Apollo II and Apollo Tile II
BIPV systems—and has for years. With increased than 100 years'knowledge in
the roofing company, CertainTeed provides a distinctive level of understanding
of solar roofing items and how they work as building-integrated
systems.
The Apollo II items create 60 M per shingle and are wind-resistant
and water-tight. Apollo II's all-black style and Apollo Tile II's
brown/black style permit the sections to visually blend in with certain
shingled and tiled rooftops. Also made from crystalline plastic,
CertainTeed's solar tiles have equivalent effectiveness to other solar
shingle items available on the market today.
Rafters aren't needed for successful installation. Apollo II solar
tiles fix directly to the roof sheathing with standard deck
screws. CertainTeed has created comprehensive installment
instructions because of its methods and teaches credentialed installers on
appropriate installment techniques.
In a current report unique to SPW, CertainTeed product progress
chief of photovoltaics Christopher Fisher discussed the common savings
related to the Apollo II systems.
“Simplicity and effectiveness total up to considerable savings, which can be
transferred along to the homeowner,” he said. “For an average 6-kW Apollo II
program, the common savings on roofing resources and job alone when
compared to separate your lives roofing and roof-mounted PV installations is $770
to $1,210. For an average 6-kW Apollo Tile II program, savings is usually
between $1,260 and $2,520.”
CertainTeed is really a bankable organization; running a business because 1904, owners may be
confident the 25-year power generation guarantee and 15-year installment
craftsmanship guarantees is going to be honored.
Friday, December 16, 2016
Thursday, December 15, 2016
Phono Solar delivers 90,000 panels for Georgia solar project
Phono Solar, a number one international service of incorporated solar answers, nowadays
declared that the company has provided 28 MWdc of 315-W 72-cell solar
segments to Citizens Energy, a Boston-based not-for-profit power
developer.
Phono Solar provided 90,000 solar PV segments to Citizens Energy, operator
and driver of the newly-commissioned site in Jenkins State, Georgia.
Founded in 1979 by Joseph P. Kennedy II, Citizens Energy employs their
for-profit subsidiaries to support charitable power applications for
low-income households.
“Phono Solar was happy to spouse with Citizens on this task,
which makes it possible to provide decades of clean power and tax revenue for
the neighborhood economy,” said Bob Onofrey, Vice President of Income for Phono
Solar.
Leader Energy, a number one community degree breeze and solar service,
provided the overall getting work for the 28-MWdc site, hiring
one-third of the employees from local unions.
“The appetite for solar in Georgia has been progressively increasing. With
current local infrastructure, state incentives and interconnection
availability, Georgia is a great choice for really impactful solar
projects,” said Brian Morrissey, Managing Director of Citizens Energy.
Georgia Power would be the site power off-taker through a power purchase
agreement.
The 28-MWdc site in Jenkins State has been commissioned and is
producing power. Upon completion of the installation, Morrissey noted
that “Phono Solar's high efficiency product, routine flexibility and
logistical delivery created them a trusted spouse for a task of this
size.”
declared that the company has provided 28 MWdc of 315-W 72-cell solar
segments to Citizens Energy, a Boston-based not-for-profit power
developer.
Phono Solar provided 90,000 solar PV segments to Citizens Energy, operator
and driver of the newly-commissioned site in Jenkins State, Georgia.
Founded in 1979 by Joseph P. Kennedy II, Citizens Energy employs their
for-profit subsidiaries to support charitable power applications for
low-income households.
“Phono Solar was happy to spouse with Citizens on this task,
which makes it possible to provide decades of clean power and tax revenue for
the neighborhood economy,” said Bob Onofrey, Vice President of Income for Phono
Solar.
Leader Energy, a number one community degree breeze and solar service,
provided the overall getting work for the 28-MWdc site, hiring
one-third of the employees from local unions.
“The appetite for solar in Georgia has been progressively increasing. With
current local infrastructure, state incentives and interconnection
availability, Georgia is a great choice for really impactful solar
projects,” said Brian Morrissey, Managing Director of Citizens Energy.
Georgia Power would be the site power off-taker through a power purchase
agreement.
The 28-MWdc site in Jenkins State has been commissioned and is
producing power. Upon completion of the installation, Morrissey noted
that “Phono Solar's high efficiency product, routine flexibility and
logistical delivery created them a trusted spouse for a task of this
size.”
Wednesday, December 14, 2016
Powin Energy wins contract for energy storage system from the Clean Energy Institute at the University of Washington
Powin
Energy Corporation, a leading designer and developer of safe and
scalable energy storage solutions for programs, C&I, and EV
fast-charging stations, announced today that the University of
Wa has ordered its 31 kW/40 kWh battery energy storage system
(BESS). The University's Clean Energy Company will install the BESS at
its new Wa Clean Energy Testbeds service in Seattle and use it
for research, demo, grid simulation and educational purposes.
"Powin Energy's electric battery energy storage system is a critical tool
for research and innovation at our new Washington Clean Durability
Testbeds, " said College or university of Washington professor of chemical
engineering and clean energy Venkat Subramanian. "We look forward to
having our students, faculty, and the cleantech community use the Powin
BESS to measure the performance of energy devices and codes when
integrated into real and simulated system surroundings. inches
Subramanian plans to use Powin Energy's BESS to test the court of
battery management systems (BMS) to determine how important an excellent
BMS is to the longevity of stationary storage. Powin Strength will
engage in this Wa Research Foundation-sponsored research by
developing test protocols under which the battery provides will be
used and by sharing access to the resulting data.
"Working with partners like Powin Energy allows the Tidy Strength
Institute to support the development of next-generation clean energy
technology, very well added Subramanian.
"We're pumped up about this installation at the University of Washington
since it will give our technology a much more rigorous workout than most
real-world installations that don't approach the much ends of use
details, " said Virgil Beaston, CTO of Powin Strength. "Our Battery Pack
Functioning System (bp-OS) balances electric batteries for energy storage systems
in a completely unique way compared to the battery software
designed for electric vehicles that many other storage companies use.
This kind of project has the likelihood of return some extremely interesting
data that could confirm our very own internal tests. "
The Washington Tidy Energy Testbeds will available in early 2017 and offer
fee-for-use facilities presenting high-tech, high-quality instruments
that are normally unavailable to researchers and businesses. These types of
spaces will include work stations, offices, and meeting places where
university researchers and industry could work and work together. An array
of tools, including Powin Energy's BESS, will help University of
Washington researchers and other members of the clean energy community
accelerate new, progressive technologies to market.
Powin Energy was just lately selected by Southern Washington dc Edison to
build a 2 MW/8 MWh energy storage system in Irvine, California, that
will be operational by first 2017. Powin Energy's unique
bp-OS - that includes the industry-exclusive Battery Odometer and
Warranty Tracker- received us patents in both the Usa States and China
before this year.
Energy Corporation, a leading designer and developer of safe and
scalable energy storage solutions for programs, C&I, and EV
fast-charging stations, announced today that the University of
Wa has ordered its 31 kW/40 kWh battery energy storage system
(BESS). The University's Clean Energy Company will install the BESS at
its new Wa Clean Energy Testbeds service in Seattle and use it
for research, demo, grid simulation and educational purposes.
"Powin Energy's electric battery energy storage system is a critical tool
for research and innovation at our new Washington Clean Durability
Testbeds, " said College or university of Washington professor of chemical
engineering and clean energy Venkat Subramanian. "We look forward to
having our students, faculty, and the cleantech community use the Powin
BESS to measure the performance of energy devices and codes when
integrated into real and simulated system surroundings. inches
Subramanian plans to use Powin Energy's BESS to test the court of
battery management systems (BMS) to determine how important an excellent
BMS is to the longevity of stationary storage. Powin Strength will
engage in this Wa Research Foundation-sponsored research by
developing test protocols under which the battery provides will be
used and by sharing access to the resulting data.
"Working with partners like Powin Energy allows the Tidy Strength
Institute to support the development of next-generation clean energy
technology, very well added Subramanian.
"We're pumped up about this installation at the University of Washington
since it will give our technology a much more rigorous workout than most
real-world installations that don't approach the much ends of use
details, " said Virgil Beaston, CTO of Powin Strength. "Our Battery Pack
Functioning System (bp-OS) balances electric batteries for energy storage systems
in a completely unique way compared to the battery software
designed for electric vehicles that many other storage companies use.
This kind of project has the likelihood of return some extremely interesting
data that could confirm our very own internal tests. "
The Washington Tidy Energy Testbeds will available in early 2017 and offer
fee-for-use facilities presenting high-tech, high-quality instruments
that are normally unavailable to researchers and businesses. These types of
spaces will include work stations, offices, and meeting places where
university researchers and industry could work and work together. An array
of tools, including Powin Energy's BESS, will help University of
Washington researchers and other members of the clean energy community
accelerate new, progressive technologies to market.
Powin Energy was just lately selected by Southern Washington dc Edison to
build a 2 MW/8 MWh energy storage system in Irvine, California, that
will be operational by first 2017. Powin Energy's unique
bp-OS - that includes the industry-exclusive Battery Odometer and
Warranty Tracker- received us patents in both the Usa States and China
before this year.
Tuesday, December 13, 2016
Yaskawa – Solectria Solar inverters deployed in Vermont’s first municipality-owned solar systems
Yaskawa - Solectria Solar, a U. S. commercial PHOTOVOLTAIC inverter manufacturer,
announced today that its PVI 28TL and PVI 36TL inverters have been
deployed in two solar systems in Vermont that are the first to be held
by town and small town utilities. The Nebraska Vly and Waterhouse Solar
Facilities total 2. 7MW.
Stowe Electric Department and Hyde Park Electric Department correspondingly
own their assets downright at project commissioning at a cost per kilo watt hour
generated that is below market rates to buy Electrical power Agreements
(PPAs) for in the same way sized third-party owned tasks. Each utility
secured loans under the U. H. Treasury Department's Clean Green
Energy Bonds (CREBs) program and benefited by cost savings associated
with growing and constructing the two projects concurrently.
Vermont-based Encore Alternative energy worked with both municipal
utilities to develop the projects. Namast? Solar power, a longtime customer of
Yaskawa - Solectria Solar power, was selected to provide engineering,
procurement, and building for both projects. They will have relied on
Yaskawa's inverters for over 15 years.
"Yaskawa - Solectria Solar has a great team and have counted on their
products for various projects surrounding the country. Yaskawa - Solectria
was a great fit for anyone projects. " said Benjamin Griffin, Co-Owner and
Task Development Manager at Namast? Solar.
"These installations are examples of municipal resources
bringing solar to their communities and demonstrate how all parties
benefit by harvesting the sun's energy. We're honored to acquire
led to the development of these systems, " said Mark Goodreau,
Director of Sales at Yaskawa - Solectria Solar.
The merged projects will produce enough electricity twelve-monthly to electricity
229 homes for one year.
announced today that its PVI 28TL and PVI 36TL inverters have been
deployed in two solar systems in Vermont that are the first to be held
by town and small town utilities. The Nebraska Vly and Waterhouse Solar
Facilities total 2. 7MW.
Stowe Electric Department and Hyde Park Electric Department correspondingly
own their assets downright at project commissioning at a cost per kilo watt hour
generated that is below market rates to buy Electrical power Agreements
(PPAs) for in the same way sized third-party owned tasks. Each utility
secured loans under the U. H. Treasury Department's Clean Green
Energy Bonds (CREBs) program and benefited by cost savings associated
with growing and constructing the two projects concurrently.
Vermont-based Encore Alternative energy worked with both municipal
utilities to develop the projects. Namast? Solar power, a longtime customer of
Yaskawa - Solectria Solar power, was selected to provide engineering,
procurement, and building for both projects. They will have relied on
Yaskawa's inverters for over 15 years.
"Yaskawa - Solectria Solar has a great team and have counted on their
products for various projects surrounding the country. Yaskawa - Solectria
was a great fit for anyone projects. " said Benjamin Griffin, Co-Owner and
Task Development Manager at Namast? Solar.
"These installations are examples of municipal resources
bringing solar to their communities and demonstrate how all parties
benefit by harvesting the sun's energy. We're honored to acquire
led to the development of these systems, " said Mark Goodreau,
Director of Sales at Yaskawa - Solectria Solar.
The merged projects will produce enough electricity twelve-monthly to electricity
229 homes for one year.
SunSystem Technology to serve as Enphase’s primary residential O&M provider
SunSystem
Technology (SST) and Enphase Energy announced that SST has
acquired the non commercial functions & maintenance (O&M) field
services division of Next Phase Solar from Enphase and the two companies
have created a strategic partnership in which SST will serve as
Enphase's primary residential O&M service provider.
The purchase enhances the focus of each company on primary strengths. It
fulfills SunSystem Technology's goal of proficiently and profitably
servicing the nation's growing residential solar power infrastructure,
and permits Enphase to concentrate resources on continuing to bring to
market progressive energy technology products.
"We are incredibly enthusiastic about this transaction with Enphase, " said Derek
Chase, SST CEO. "Our companies share a common culture of quality
that includes maintaining leading-edge knowledge through constant
training for the technology driving present residential systems. This kind of
acquisition and collaboration will permit both of our companies to drive
down costs and take full advantage of efficiencies that can simply be realized through
greater companies of scale. inches
The addition of Enphase's non commercial field services division makes
SunSystem Technology the place's most significant residential solar O&M
service provider, and the only PV solar company with the capacity to
efficiently provide those services over the United States.
"Transitioning the residential field services that were part of our Next
Phase business to SST leverages their core strengths and experience to
best service our residential customers and improves our ability to
give attention to our core business focus: launching the next technology of
our industry-leading microinverters, the Enphase storage system, and our
AC Quests, " said Paul Nahi, president and CEO of Enphase. "Enphase and
SST share one common determination to excellence in customer service. The
quality and commitment to customer health care we come across in SST's proven capability
to bring greater scale to these services across the U. S. will gain
our customer base and the industry as a whole. "
The contract expands SST's services in the core of the U. S. solar
home market through a nationwide framework of increased
recognition, training, experience, and smartly located highly
skilled technicians.
News item from SST
Technology (SST) and Enphase Energy announced that SST has
acquired the non commercial functions & maintenance (O&M) field
services division of Next Phase Solar from Enphase and the two companies
have created a strategic partnership in which SST will serve as
Enphase's primary residential O&M service provider.
The purchase enhances the focus of each company on primary strengths. It
fulfills SunSystem Technology's goal of proficiently and profitably
servicing the nation's growing residential solar power infrastructure,
and permits Enphase to concentrate resources on continuing to bring to
market progressive energy technology products.
"We are incredibly enthusiastic about this transaction with Enphase, " said Derek
Chase, SST CEO. "Our companies share a common culture of quality
that includes maintaining leading-edge knowledge through constant
training for the technology driving present residential systems. This kind of
acquisition and collaboration will permit both of our companies to drive
down costs and take full advantage of efficiencies that can simply be realized through
greater companies of scale. inches
The addition of Enphase's non commercial field services division makes
SunSystem Technology the place's most significant residential solar O&M
service provider, and the only PV solar company with the capacity to
efficiently provide those services over the United States.
"Transitioning the residential field services that were part of our Next
Phase business to SST leverages their core strengths and experience to
best service our residential customers and improves our ability to
give attention to our core business focus: launching the next technology of
our industry-leading microinverters, the Enphase storage system, and our
AC Quests, " said Paul Nahi, president and CEO of Enphase. "Enphase and
SST share one common determination to excellence in customer service. The
quality and commitment to customer health care we come across in SST's proven capability
to bring greater scale to these services across the U. S. will gain
our customer base and the industry as a whole. "
The contract expands SST's services in the core of the U. S. solar
home market through a nationwide framework of increased
recognition, training, experience, and smartly located highly
skilled technicians.
News item from SST
Monday, December 12, 2016
Enphase Energy AC battery storage system meets NEC 2017 for residential/commercial use
UL,
a global safety scientific research organization, today announced it has issued the
first UL 9540 recognition for a complete home energy storage system
to Enphase Energy, Inc. (NASDAQ: ENPH), a worldwide energy technology
company (Model B280-1200-LL-I-US00-RF0) -
http://s.ul.com/EnphaseESS. The device meets the latest Countrywide
Electric Code 2017 requirements.
Energy storage space systems permit homeowners as well as commercial building
owners to store energy whether from solar, breeze, or other electric
technology sources. This provides the benefit for having
electricity available onsite to help lower utility demand and/or use
when electricity generation is not available.
Energy storage area offers reliability, overall flexibility and efficiency, making it
better to include clean energy resources in the electrical main grid
system. However, this constant modernization of a main grid using
increasing levels of distributed generation and green energy
resources creates the need for safer house energy systems.
"Enphase is excited that our surface breaking AC Battery product is the
first household energy storage product to get an UL 9540
qualification for the North American market. Our work with UL has
allowed us to quickly migrate our storage technology from Quotes to
United states, while making sure that you comply with all applicable North America safety
standards, inch said John Berdner, VP of Regulatory and Coverage Strategy at
Enphase Strength. "We selected UL to do our global certification, and
our close working romantic relationship with them has recently been invaluable in this
hard work. We look forward to further collaboration with UL to expand our
progressive product offerings both in breadth and other geographies
globally. "
Precisely what is an UL 9540-certified system?
An energy storage space system (ESS) certified to UL 9540 is made up of an UL
1973-certified stationary battery pack employed in conjunction with an UL
1741-certified inverter. Achieving documentation to both
individual UL product standards is essential for completion of the UL
9540 system recognition. As more and more ESS are installed,
consumers, utilities, commercial building owners, insurers, flames
fighters and electrical/building inspectors will all benefit from these
systems meeting UL 9540 system safety standard requirements.
Enphase's AC Battery is composed of a stationary electric battery power
manufactured by Eliiy Power Co., Ltd, a Japanese corporation that is UL
1973 certified and an UL 1741 qualified inverter made by
Enphase. It also meets the latest National Electric Code 2017
requirement for Detailed equipment in the recently published Article 706,
Strength Storage Systems.
"We have reached the start of a new era, by which energy storage becomes a
foundational aspect of the way we believe about electricity for home,
building and utility use, " said Ibrahim Jilani, Global Organization
Development Leader for Strength Systems at UL. "We are pleased to
declare the first residential & commercial energy storage system to
meet UL 9540 requirements and receive documentation from UL. These
types of products demonstrate what the way forward for electricity throughout
the world is starting to become: co-located power available after making
electricity through renewable or traditional resources. inches
To verify an UL listing or recognition, users can search
www.ul.com/database and enter a model number in the key word field, or
search by company name (such as Enphase Energy) and category code
("FTBW" is the category code for Strength Storage Systems).
a global safety scientific research organization, today announced it has issued the
first UL 9540 recognition for a complete home energy storage system
to Enphase Energy, Inc. (NASDAQ: ENPH), a worldwide energy technology
company (Model B280-1200-LL-I-US00-RF0) -
http://s.ul.com/EnphaseESS. The device meets the latest Countrywide
Electric Code 2017 requirements.
Energy storage space systems permit homeowners as well as commercial building
owners to store energy whether from solar, breeze, or other electric
technology sources. This provides the benefit for having
electricity available onsite to help lower utility demand and/or use
when electricity generation is not available.
Energy storage area offers reliability, overall flexibility and efficiency, making it
better to include clean energy resources in the electrical main grid
system. However, this constant modernization of a main grid using
increasing levels of distributed generation and green energy
resources creates the need for safer house energy systems.
"Enphase is excited that our surface breaking AC Battery product is the
first household energy storage product to get an UL 9540
qualification for the North American market. Our work with UL has
allowed us to quickly migrate our storage technology from Quotes to
United states, while making sure that you comply with all applicable North America safety
standards, inch said John Berdner, VP of Regulatory and Coverage Strategy at
Enphase Strength. "We selected UL to do our global certification, and
our close working romantic relationship with them has recently been invaluable in this
hard work. We look forward to further collaboration with UL to expand our
progressive product offerings both in breadth and other geographies
globally. "
Precisely what is an UL 9540-certified system?
An energy storage space system (ESS) certified to UL 9540 is made up of an UL
1973-certified stationary battery pack employed in conjunction with an UL
1741-certified inverter. Achieving documentation to both
individual UL product standards is essential for completion of the UL
9540 system recognition. As more and more ESS are installed,
consumers, utilities, commercial building owners, insurers, flames
fighters and electrical/building inspectors will all benefit from these
systems meeting UL 9540 system safety standard requirements.
Enphase's AC Battery is composed of a stationary electric battery power
manufactured by Eliiy Power Co., Ltd, a Japanese corporation that is UL
1973 certified and an UL 1741 qualified inverter made by
Enphase. It also meets the latest National Electric Code 2017
requirement for Detailed equipment in the recently published Article 706,
Strength Storage Systems.
"We have reached the start of a new era, by which energy storage becomes a
foundational aspect of the way we believe about electricity for home,
building and utility use, " said Ibrahim Jilani, Global Organization
Development Leader for Strength Systems at UL. "We are pleased to
declare the first residential & commercial energy storage system to
meet UL 9540 requirements and receive documentation from UL. These
types of products demonstrate what the way forward for electricity throughout
the world is starting to become: co-located power available after making
electricity through renewable or traditional resources. inches
To verify an UL listing or recognition, users can search
www.ul.com/database and enter a model number in the key word field, or
search by company name (such as Enphase Energy) and category code
("FTBW" is the category code for Strength Storage Systems).
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