The document discusses how solar photovoltaic companies can succeed in a future with grid parity, when solar electricity reaches price competitiveness with traditional electricity sources. It outlines Belectric's strategies, including partnering with technology leaders like First Solar, vertically integrating manufacturing and construction processes, innovating monitoring solutions, and diversifying globally. Belectric installed 335 megawatts of solar capacity in 2010 and maintains over 400 megawatts worldwide by implementing these strategies to transition to a grid parity reality.
Closing the Deal - Selling Solar to Commercial CustomersAlternergy
Presentation by Rajiv Bhatia of Alternergy on how to sell solar PV to commercial customers. UK solar rooftop market, challenges & opportunities, return on investment, selling to the customer, installer success factors.
Myths and Legends of Microinverters and Other DC Power Converters for Solar E...Rick Borry
See: http://www.principalsolarinstitute.org/webinar/1119
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Cost, reliability and efficiency are all factors in selecting the best inverter technology in any application. We have seen tremendous cost reductions in the installation of solar power over the past several years. Most of this is attributable to the steeply declining price of PV modules. What will it take to see similar progress in other Balance of System costs, such as inverters?
Please join us to share Dan’s vast expertise and experience, and gain valuable insight to the next frontier of solar power generation.
Closing the Deal - Selling Solar to Commercial CustomersAlternergy
Presentation by Rajiv Bhatia of Alternergy on how to sell solar PV to commercial customers. UK solar rooftop market, challenges & opportunities, return on investment, selling to the customer, installer success factors.
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See: http://www.principalsolarinstitute.org/webinar/1119
Dan Lepinski, a forty year veteran of the solar industry will share his experience and insight on DC to AC power conversion. This webinar will cover an overview of the technology and hardware, as well as applications in residential, commercial and utility-scale solar power facilities.
Cost, reliability and efficiency are all factors in selecting the best inverter technology in any application. We have seen tremendous cost reductions in the installation of solar power over the past several years. Most of this is attributable to the steeply declining price of PV modules. What will it take to see similar progress in other Balance of System costs, such as inverters?
Please join us to share Dan’s vast expertise and experience, and gain valuable insight to the next frontier of solar power generation.
Solar Energy is making great inroads in India and it is expected to become one of the leading sources of power in the coming times. This is mainly attributed to the ease of installation and operation of Photo Voltaic technology.
Enerco Energy Solutions LLP has recently launched RESCO (Renewable Energy Service Contract) also known as BOOT (Build-Own-Operate-Transfer) or OPEX financial model in India for Solar Energy power projects. Enerco Energy Solutions LLP undertakes the 100% financing and execution of Solar Energy power projects on a turnkey basis +O&M of the project.
The business model also known as RESCO (Renewable Energy Service Company) or OPEX model is about investing in Solar Energy projects at a Client side with the entire investment by the executing Company i.e. Enerco Energy Solutions LLP.
A Power Purchase Agreement (PPA) is signed with the consumer and the Solar tariff is generally at a price lower than grid tariff.
Benefits of this model :
1. The consumer (typically Industrial / Commercial) does not have to invest any amount in the project - the project is 100% funded by the execution company.
2. The consumer starts saving on cost from first day of operations as the Solar tariff is lesser than grid tariff (and certainly much lesser than cost of power from D.G. set).
3. The O&M and upkeep of the project is the responsibility of the execution company.
4. The project is installed at consuming company's site - thereby projecting it's image as an energy and environment conscious company.
5. The project is transferred free of cost or at a nominal cost to the consumer - subject to the agreement terms.
Overview introduction of LST Energy Co. and its Electronic Enhancement of Sol...Erik Fulkerson
We invent, innovate, and commercialize technologies to repower our world with clean advanced energy.
The attached pdf is an overview introduction of LST Energy Co. and its Electronic Enhancement of Solar Cells (EESC) innovative tecnology overview keynote pdf version
Solar Energy is gaining immense popularity especially in a Solar-rich and power-deficit Country like India.
This presentation is primarily about why a business owner, plant owner or an investor should invest in Solar Energy to gain various benefits including incentives, tax benefits, 80% Accelerated depreciation etc.
Street Light LED Project Central and State Govt Project Team ,Smart City Projects,Municipal Corporation,State Renewable Div, Street Light LED OEM Companies, EPC Companies,Consultants,Architects , Electrical Contractors,
Rooftop solar helps you reduce operating expenses for your business. You can reduce your power bill by 50-75% with solar power. Solar pays back by: 1.Producing energy from sunlight; 2.Cash incentives (SRECs and smart inverter incentive) worth 35-90% of the project; 3.Tax incentives (ITC - Investment Tax Credit; 30%); and 4.Accelerated depreciation (20-23%).
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Thanks to recent innovations driven by European Union and national policies, lately it has been possible to see the realization of effective renewable energy technologies, for both large and small-scale use, alongside considerable cost reductions for customers. As a result, businesses and households can increasingly produce and consume, some or all, their own electricity, either instantaneously or in a deferred manner through decentralized storage, behind the connection point with the grid (i.e. the meter). In such a way, it is possible to maximize self-consumption in order to increase their efficiency of energy use and reduce their exposure to electricity prices. In the paper, the use of the so-called Nanogrid for Home Application is proposed to achieve the result of the self-consumption maximization. Moreover, a framework of exchanging energy among Prosumers (Power Cloud) is illustrated to promote the use of Nanogrids for Home Applications.
Andrew Keith, Senior Environmental Scientist at HECO, discusses the current state of residential photovoltaics in Hawaii, drawing on 15 years of using PV on his home. Slides from the REIS seminar series at the University of Hawaii at Manoa on 2009-11-05.
Schneider Electric CEO, Jean-Pascal Tricoire introduces Schneider innovation at every level redefining power and automation for a new world of energy which is more electric, decarbonized, decentralized and digitized ensuring Life Is On everywhere, for everyone and at every moment.
Solar Energy is making great inroads in India and it is expected to become one of the leading sources of power in the coming times. This is mainly attributed to the ease of installation and operation of Photo Voltaic technology.
Enerco Energy Solutions LLP has recently launched RESCO (Renewable Energy Service Contract) also known as BOOT (Build-Own-Operate-Transfer) or OPEX financial model in India for Solar Energy power projects. Enerco Energy Solutions LLP undertakes the 100% financing and execution of Solar Energy power projects on a turnkey basis +O&M of the project.
The business model also known as RESCO (Renewable Energy Service Company) or OPEX model is about investing in Solar Energy projects at a Client side with the entire investment by the executing Company i.e. Enerco Energy Solutions LLP.
A Power Purchase Agreement (PPA) is signed with the consumer and the Solar tariff is generally at a price lower than grid tariff.
Benefits of this model :
1. The consumer (typically Industrial / Commercial) does not have to invest any amount in the project - the project is 100% funded by the execution company.
2. The consumer starts saving on cost from first day of operations as the Solar tariff is lesser than grid tariff (and certainly much lesser than cost of power from D.G. set).
3. The O&M and upkeep of the project is the responsibility of the execution company.
4. The project is installed at consuming company's site - thereby projecting it's image as an energy and environment conscious company.
5. The project is transferred free of cost or at a nominal cost to the consumer - subject to the agreement terms.
Overview introduction of LST Energy Co. and its Electronic Enhancement of Sol...Erik Fulkerson
We invent, innovate, and commercialize technologies to repower our world with clean advanced energy.
The attached pdf is an overview introduction of LST Energy Co. and its Electronic Enhancement of Solar Cells (EESC) innovative tecnology overview keynote pdf version
Solar Energy is gaining immense popularity especially in a Solar-rich and power-deficit Country like India.
This presentation is primarily about why a business owner, plant owner or an investor should invest in Solar Energy to gain various benefits including incentives, tax benefits, 80% Accelerated depreciation etc.
Street Light LED Project Central and State Govt Project Team ,Smart City Projects,Municipal Corporation,State Renewable Div, Street Light LED OEM Companies, EPC Companies,Consultants,Architects , Electrical Contractors,
Rooftop solar helps you reduce operating expenses for your business. You can reduce your power bill by 50-75% with solar power. Solar pays back by: 1.Producing energy from sunlight; 2.Cash incentives (SRECs and smart inverter incentive) worth 35-90% of the project; 3.Tax incentives (ITC - Investment Tax Credit; 30%); and 4.Accelerated depreciation (20-23%).
NanoGrids for Home Application in a Power Cloud Framework Alessandro Burgio
Thanks to recent innovations driven by European Union and national policies, lately it has been possible to see the realization of effective renewable energy technologies, for both large and small-scale use, alongside considerable cost reductions for customers. As a result, businesses and households can increasingly produce and consume, some or all, their own electricity, either instantaneously or in a deferred manner through decentralized storage, behind the connection point with the grid (i.e. the meter). In such a way, it is possible to maximize self-consumption in order to increase their efficiency of energy use and reduce their exposure to electricity prices. In the paper, the use of the so-called Nanogrid for Home Application is proposed to achieve the result of the self-consumption maximization. Moreover, a framework of exchanging energy among Prosumers (Power Cloud) is illustrated to promote the use of Nanogrids for Home Applications.
Andrew Keith, Senior Environmental Scientist at HECO, discusses the current state of residential photovoltaics in Hawaii, drawing on 15 years of using PV on his home. Slides from the REIS seminar series at the University of Hawaii at Manoa on 2009-11-05.
Schneider Electric CEO, Jean-Pascal Tricoire introduces Schneider innovation at every level redefining power and automation for a new world of energy which is more electric, decarbonized, decentralized and digitized ensuring Life Is On everywhere, for everyone and at every moment.
A Smart Grid is an electrical grid that uses information and communications technology to gather and act on information, such as information about the behaviors of suppliers and consumers, in an automated fashion to improve the efficiency, reliability, economics, and sustainability of electricity production and distribution. Just as ICs were used to improve the bandwidth of copper cable, they can also be used to improve the bandwidth of electrical cables. These improvements enable a Smart Grid to more effectively purchase and distribute electricity and provide users with real-time prices including time of day prices.
Course on Regulation and Sustainable Energy in Developing Countries - Session 3Leonardo ENERGY
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Designed carefully, feed-in tariff laws are considered to be one the most cost-effective measure to support renewable energy technologies. In the case of developing countries, there is a need to balance conflicting priorities, especially when it comes to national development objectives such as health, education, employment etc, whereby environmental issues can often be considered as secondary. Therefore the complementary benefits that renewables can bring and the cost of mechanisms to support renewable energy technologies needs to be weighed; renewable energy policies need to be linked to development policies.
After a brief introduction on the motivations to introduce renewable energy policies in developing countries, the session 3 examines the way to design and implement effective feed-in tariff: how to determine the eligible producer and technologies, how to calculated support levels, how to differentiate tariff payment, when to revise tariffs and plan tariff degression, etc.
Opportunities in Cleantech and Energy - Morgan Solar Inc. Pres to Young Socia...emlinh
Opportunities in Cleantech and Energy - presented by Emma Hemmingsen, Communications Manager, Morgan Solar Inc. to Young Social Entrepreneurs of Canada reVision 2011 conference.
How To Apply Energy Storage Technologies In Commercial And Industrial Applica...Davide Bonomi
This presentation was presented at the masterclass session during 11th Energy Storage World Forum in 2018, Berlin.
How To Apply Energy Storage Technologies In Commercial And Industrial Applications – by ENEA explains two reasons why facilities should be interested in storage projects:
1. Market & value for C&I energy storage is finally booming in numerous locations
2. Startups and large utilities now compete to provide C&I facilities with turnkey solutions
If you’d like to get a deep industry insights and learn in person from energy storage professionals, join our next masterclass at https://energystorageforum.com/register
Current Status of Solar Photovoltaic Technology Platforms, Manufacturing Issu...Tuong Do
Speaker: Dr. Steven S. Hegedus, Institute of Energy Conversion, University of Delaware
In his talk, Dr. Hegedus, a 30-year solar cell research veteran, provides an overview of the existing status of today's solar technology platforms and manufacturing issues, as well as provide viewers with his perspective looking 3 to 5 years into the future. He discusses cadmium telluride (CdTe) and copper indium gallium selenide (CIGS) thin-film technology. He also provides up-to-date results for advanced crystalline silicon (c-Si) high efficiency cell technology concepts such as the amorphous/c-Si heterojunction, all-back-contact cells, selective emitters and laser-fired contacts. Finally, he briefly describes his lab's current work on addressing critical issues in CIGS and c-Si cell technology.
Dr. Hegedus has been a member of the research staff at IEC at the University of Delaware, the world's oldest photovoltaic research laboratory, since 1982. He co-edited the 1st and 2nd editions of the "Handbook of Photovoltaic Science and Engineering" (Wiley 2003, 2011) and is a co-editor of the journal "Progress in Photovoltaics."
Thursday, Sept. 27, 1 p.m. EDT
Source: http://www.photonics.com/Webinar.aspx?WebinarID=24
Innovative electric vehicle: no recharging, scalable technology and Connected...Ingrid Stoffels
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usage within a wide range of vehicles both commercial and private.
We are looking for financing to make a POC and fit it on the super car which has already been designed. If it works on a super bolide, it will be a proven concept for mass production according to our reflection. Therefore share this new as much as possible. We really want to make a positive impact on society.
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רשות הגז הטבעי ומשרד התשתיות הלאומיות האנרגיה והמים מעוניינים להזמינך לכנס
בנושא חיבור צרכנים בירושלים והסביבה לרשת הגז הטבעי – מידע, עדכונים וחידושים.
5. BELECTRIC…
• We installed 335 MW in 2010
270 MW ground, 65 MW Roofs
• Till today we built
> 100 scale free-field Solar Power Plants
> 3000 roof-mounted systems
• We maintain more than 400 MW worldwide
• 10 years of technical leadership, > 100 patent applications
• >1,500 employees worldwide
7. What do we do every day?
• We install by average 1.5 MW
every day
with our manpower and machines
Overall 2010: 335 MWp (Roof & free-field)
This means that in 2010 we created :
• 4,300,000m² of module surface
• 5,000,000m³ of building including foundation,
steel structure and electrical system
• 330,000,000 kWh which is 330 GWh of
electricity
8. Our Product portfolio
Ground based solar power plants Solar carpark canopies
Roof top installations Solar greenhouses
14. What is Grid Parity?
When?
How?
21% cost increase
in the last 10 years
3.6% demand
increase every year
15. When do we achieve grid parity? EMEA
By 2015 40% By 2012
in grid-parity
In Grid
Parity
By 2020 80%
Not In Grid
in grid-parity. 0.7 NIS/kWh Parity
By 2018
By 2020 PV
electricity in
Europe will be
6% to 12%
0.35 NIS/kWh
16. When do we achieve grid parity? EMEA
Solar Radiation in Israel > 2,000 kWh/m2/Year
Grid Parity will be
achieved in Israel at
total cost rate of
~1,800 €/kWp +/-15%
17. When do we achieve grid parity? USA
By 2015 35% By 2012
in grid-parity
In Grid
Parity
Not In Grid
Parity
By 2020 65%
By 2018
in grid-parity.
18. When do we achieve grid parity? USA
2015 : At $3/W, 85% of the utilities are at break-
even cost
19. How do we get there?
Technology
The
Processes
Answers in a
Innovation Grid Parity
Environment
Diversification
21. How do we get there? Technology
The dilemma: The BELECTRIC Answer:
Pick the right Technology partners, Thin Film, focus on First Solar
mainly panel Providers, that would
still be around when the market is in
Grid Parity
The Options: Why?
Crystalline Modules vs. Thin Film Lead Manufacturer: 1.4 GW in ‘10,
Modules double to 2.7 GW by ‘12
Lowest cost of production : 0.77
$/Watt
Best performance for warm climates
– 10-15% higher yield
22. How do we get there? Processes
The dilemma: The BELECTRIC Answer:
Do the whole thing your self – from
What’s the most efficient way to design ,production, construction &
construct PV plants in multiple maintenance
locations in the world BELECTRIC has more than 600
employees in BOS manufacturing
Usage of standardize components
Global construction teams
24. How do we get there? Innovation
The dilemma: The BELECTRIC Answer:
What’s the most efficient way to PADCON – Belectric’s plant
manage PV Plant Information on a management solution
global level? Real-time monitoring, advanced
failure detection portal, detailed
monitoring, single point grid
management
25. How do we get there? Diversification
The dilemma: The BELECTRIC Answer:
How to develop a global operation Expand globally where ever is
with core know how from Germany? possible
Diversify the portfolio and adjust it
to local needs
27. 'Photovoltaics meets E-Mobility'
To drive climate-friendly …
Power generation through eco-
friendly photovoltaic systems
and power plants
Power supply and distribution
via grid stabilized charging
infrastructure with
user-friendly control interface
,
Power application in commuter
traffic with BELECTRIC E-Cars