HEVEL Solar
HEVEL Solar
HEVEL Solar
- No tags were found...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
<strong>HEVEL</strong> <strong>Solar</strong><br />
Thin-film photovoltaic modules<br />
Company presentation<br />
1 st Energy Symposium<br />
Nicosia, Cyprus
Who we are<br />
• US$ 24.77bn<br />
• Power sector<br />
• Oil (TNK-BP)<br />
• Aluminium<br />
• Other<br />
51% 49%<br />
• US$ 5 bn<br />
• Searching for Know-Hows<br />
• Technology development<br />
interest:<br />
• Investments in power sector<br />
• Committed to TF Silicon/Oerlikon<br />
• Strong position on Russian market<br />
interest:<br />
• Investments in nanotechnology<br />
• Strategic investments in Know<br />
How/Russian R&D<br />
Our Mission:<br />
To be the leading supplier for the Russian and overseas solar markets of<br />
Thin Film Silicon technology<br />
2
Production facility<br />
Location<br />
Facility area 28,000 sq. m.<br />
Product<br />
Production capacity<br />
Equipment<br />
Novocheboksarsk, Chuvash Republic, Russia,<br />
500 km from Moscow<br />
125 Wp TF silicon PV modules<br />
130 MWp per year<br />
New-gen Oerlikon micromorph ® turnkey FAB<br />
production starts<br />
1Q 2012<br />
end of ramp-up<br />
End of 2012<br />
3
Product: Design & Specs<br />
Thin-film Silicon (micromorph®) photovoltaic modules<br />
Side view Back view Front view<br />
Electrical data at standard test conditions*<br />
Nominal peak power (±3%) [Wp] 125<br />
Voltage at nominal power [V] 100<br />
Current at nominal power [A] 1,25<br />
Initial efficiency 8.9% 125 W<br />
Mechanical Characteristics<br />
Length [mm] 1300<br />
Width [mm] 1100<br />
Thickness [mm] 6,8 ± 0,4<br />
Surface area *m²+ 1,43<br />
Weight [kg] 26<br />
Target efficiency 11.0% 155 W<br />
* electrical data are given at standard test conditions (STC): 1000 W/m², AM (air mass) 1,5 and a module<br />
temperature of 25 °C, direct irradiation, optimized module incline and stabilized module state.<br />
4
Advanced technology<br />
Micromorph® - new generation of thin-film PV modules based on micromorph silicon<br />
Visible light<br />
Infrared<br />
Amorphous single-junction<br />
(ASI cell structure)<br />
Micromorph tandem-junction<br />
(MSI cell structure)<br />
Front glass<br />
Front contact ZnO<br />
Back contact ZnO<br />
Reflector<br />
External quantum efficiency<br />
a-Si/mc-Si<br />
Wide spectrum<br />
adsorption ensures higher<br />
efficiency of the module<br />
Back glass<br />
Wave length, nm<br />
Micromorph tandem-junction (MSI cell) structure with additional microcrystalline layer<br />
enables to adsorb sunlight both in visible and infrared range ensuring more than 30%<br />
yield increase<br />
Source: Hevel LLC<br />
5
Key advantages: performance<br />
Micromorph modules have 10-20% energy yield bonus<br />
Micromorph<br />
modules<br />
performance<br />
Crystalline modules<br />
performance<br />
Diffused light<br />
performance<br />
Partial shading<br />
performance<br />
1<br />
2<br />
Efficiency in high<br />
temperature<br />
environment<br />
3<br />
Low performance degradation<br />
(80% efficiency after 25 yrs)<br />
4<br />
Lowest cost of<br />
produced<br />
electricity<br />
(LCOE)<br />
High temperature performance of micromorph modules<br />
Diffused light performance of micromorph modules<br />
Source: Oerlikon/Inventux<br />
6
Key advantages: environment friendly<br />
Micromorph® helps to minimize the negative environment impact even during the production and recycling<br />
<br />
Shortest payback of the energy spent during production (EPBT)<br />
‣ Due to energy-efficient automated production PV module returns the energy spent on its<br />
production in less than 1 year of operation (the best result among other PV technologies)<br />
<br />
Raw materials availability<br />
‣ The main raw material - silicon which is the most abundant element on Earth<br />
<br />
Recycle-friendly<br />
‣ <strong>Solar</strong> modules can be treated as ordinary glass used in building (does not require any special<br />
expensive method of processing)<br />
<br />
No toxic materials<br />
‣ No toxic materials are used during production and hence the product is safe for the<br />
environment throughout all its life cycle<br />
Source: OC Oerlikon, TUV Rheinland, Inventux<br />
7
R&D Center<br />
Member of Skolkovo Innovation Center<br />
R&D Center based on Ioffe Phisical Technical Institute ensures efficient<br />
implementation of know-how into mass production<br />
R&D Center<br />
Know-how implementation<br />
Production facility<br />
Main R&D directions:<br />
• 2 Nobel Prize Winners in physics<br />
• more than 1000 researchers<br />
• Worldwide recognition in scientific research<br />
• Reduction in production costs:<br />
- Testing of new materials and consumables<br />
- Increase of throughput by increasing deposition rates and decreasing Si layer thickness<br />
• Thin-film micromorph module efficiency increase:<br />
- Intermediate reflector between layers<br />
- Application of Ge alloys in modules with triple structure<br />
• Collaboration with other R&D centers<br />
- Implementation of technical solutions to mass production<br />
Source: Hevel LLC, R&D Center 8
Product: Applications<br />
<strong>Solar</strong> Farm<br />
Large rooftop<br />
Small rooftop<br />
BIPV<br />
Free field installations<br />
Rooftop systems installed<br />
on commercial real estate<br />
Rooftop systems<br />
installed on<br />
residential housing<br />
Building Integrated<br />
PV<br />
>1 MW 10-1000 kW
Free-field solar parks<br />
System capacity: 1 - 100 MW<br />
Required area: 2.5 ha / MW<br />
• Installation requirements:<br />
- Flat area.<br />
- South orientation installation<br />
- angle 20 – 25 degrees<br />
• Soil requirements :<br />
- Any ground is allowed, but the cost<br />
of under-structure may vary.<br />
10
Commercial rooftop installations<br />
System capacity : 10-1000 kW<br />
Required surface: ~ 17 m2/kW<br />
• Space requirements:<br />
- Flat roof<br />
- South oriented installation<br />
- Installation on existing roof cover is<br />
possible.<br />
• Roof requirements:<br />
- Additional roof weight load up to 20<br />
kg/m2<br />
11
Residential rooftop installations<br />
System capacity: 1-20 KW<br />
Required surface: ~17 m 2 /KW<br />
• Installation requirements:<br />
- Flat or inclined roof<br />
- South oriented installation<br />
• Roof requirements:<br />
- Additional roof weight load up to 20<br />
kg/m 2<br />
• Off-grid systems are applicable<br />
12
Building integrated photovoltaics<br />
Built-in modules can play major role for architecture of the future<br />
13
*micromorph® technology<br />
Reference projects*<br />
14
Reference Projects<br />
Saarbrucken,<br />
Germany<br />
2.77MW<br />
June 2010<br />
Source: Oerlikon<br />
15
Reference Projects<br />
Zahna,<br />
Germany<br />
3.36 MW<br />
December<br />
2010<br />
Source: Oerlikon<br />
16
Reference Projects<br />
Cadiz,<br />
Spain<br />
6.2MW<br />
Spain<br />
0.4MW<br />
Source: Oerlikon<br />
17
Reference Projects<br />
Kassel, Germany<br />
1.22MW<br />
BIPV<br />
Source: Oerlikon<br />
18
Reference Projects<br />
Puglia, Italy<br />
1MW<br />
2009<br />
Marcianise, Italy<br />
0.4MW<br />
Source: Oerlikon<br />
19
Reference Projects<br />
Mugello Route, Ferrari tribunes; 252 KW<br />
2011<br />
Source: Oerlikon<br />
20
Reference Projects<br />
Stadium Rostok, Germany 700 kW, 2011<br />
21
Reference Projects<br />
22
Reference Projects<br />
23
Thank you!<br />
22 Krasnaya Presnya<br />
123022 Moscow, Russia<br />
Tel.: +7 (495) 662-35-45<br />
Fax: +7 (495) 662-35-38<br />
E-mail: info@hevelsolar.com<br />
Web: www.hevelsolar.com
Change language