Penny Stock Geeks

Bottom Bouncer? How far will this Hot Chinese "Green Energy Stock" Go?

CNUV (China Nuvo Solar Energy) 0015 cents

The Float is just 323 Million which means this stock is ready to explode with the expected volume out over the next few days and weeks.

China Stocks have been on fire lately but what happens when we mix a Chinese Penny Stock that is indicative of a pending reverse merger in the works plus the fact that the company is in the " Green Energy Sector? We all know how lucrative Reverse Mergers can be and we all know that having a Chinese company especially one in the " Green Energy Sector" part of it can provide enormous gains for investors. We have stumbled upon an extremely undervalued Penny Stock that could post significant gains for our members. This company has prepared itself for some big business plans and it appears that we are just steps away from some big news yet to be released by the company.

China Nuvo Solar Energy, Inc. is a development stage company that owns a unique patent pending solar technology and is working to develop a commercially viable higher efficiency stacked photovoltaic solar cell.

The company's website can be viewed at http://www.chinanuvosolar.com/index.htm

 The science used in their solar cell technology is based on an invention entitled, "Photovoltaic cell with integral light transmitting waveguide in a ceramic sleeve", and utilizes Cadmium/Tellurium Cadmium/Sulfide powders layered in a ceramic sleeve with a copper back contact.  The solar cell can utilize a variety of materials in powdered form layered in a ceramic sleeve with a conductive metal back contact.  The ceramic sleeve eliminates the need for vacuum chambers or a vat with a molten material.  A removable lens is clamped on to the cell.  By having a removable lens, we are able to repair or add materials to the cell if necessary unlike existing technology.  The cell utilizes a wave guide to carry light through the cell.  In addition, the wave guide can photo generate an electrical potential in the cell.  The material and amount of layers determines voltage while amperage is dependent in part upon particle size.  In essence, a multiple stacked solar cell using a wave guide transfers the square conversion area of the solar cell exposed to the sun from the horizontal to the vertical. 

The company's patent pending technology incorporates a process that is conducive to manufacturing using a batch process.  This is possible because the solar cell cylinder itself replaces the necessity to use expensive vacuum chambers during production.  We believe this approach is the most expeditious and cost-effective alternative to development of manufacturing capability.  Consequently, since the batch processing approach is highly labor intensive, Nuvo has executed a definitive agreement with Pioneer Materials, Inc.  to establish a pilot manufacturing facility in China due to the fact that the only independent mine and refining operations for Cadmium/Tellurium production known to the Company in the world is located in China.  In addition, over 50 companies in China have announced refining capacity for Silicon.  Cadmium/Tellurium and Silicon are some of the raw materials that can be used in our production process.

Our technology uses a ceramic sleeve as a receptacle for the various materials used for a solar cell.  The ceramic sleeve replaces typical equipment such as expensive vacuum chambers thereby permitting the interchangeability of materials.  Production processes using a vacuum chamber in many cases cannot interchange materials because of contamination issues. We believe that by utilizing the technology, if a shortage of one type of material occurs, a shift can be made quickly and economically to a more cost effective but complementary material.  The materials that can be used in these cells goes from soft materials like Cadmium/Tellurium to hard materials like Silicon.

A recently published independent report by the Joannopoulos Research Group at the
Massachusetts Institute of Technology ("MIT") determined that light trapping was increased by 37% by wave guides they placed into photovoltaic cells.  This was accomplished by placing clear crystal particles as waveguides within the solar cell's layered or stacked semiconductor materials.  We believe our technology offers a number of significant advantages in light trapping efficiencies and certain production economies compared to current technologies.  We believe our technology can increase light trapping even further than the MIT method by inter-dispersing these clear crystal particles in a random manner.  In addition, these wave guides allow even more layers of photovoltaic materials to be put down.   The wave guides bring the light down even further than the few microns it can now travel in most materials.  We believe these ceramic sleeve solar cells with wave guides lend themselves to ideal cells for use in a concentrator system and other specialty applications.

How it works

The Company's photovoltaic cells consist of:

·   An initial semiconductor layer, comprised of N type semiconductor material having a top surface and a bottom surface. Light-transmitting particles are interspersed within the N type semiconductor material; and

·   A second semiconductor layer, consisting of P type semiconductor material having a top surface and a bottom surface. Light-transmitting particles are interspersed within the P type semiconductor material. The top surface of the second layer is in direct physical and electrical contact with the bottom surface of the first layer to form an N-P junction


The generation of electrical current from the lower N-P junctions of a stacked multi-layer photovoltaic cell results from the transmission of light through each semiconductor layer to the lower semiconductor layers. As a result, photovoltaic cells are produced which exhibit greater current-generating capacity for a given surface area of sunlight exposure.


The technology utilizes light-transmitting materials reduced to a powder form, typically through grinding the material to a size of 5 micrometers to 150 micrometers, followed by a further reduction in the particle size to 400 to 800 nanometers.


A wave guide carries light through the cell. This is achieved by exciting metallic structures that cause the conduction electrons to oscillate. Conduction electrons improve the absorption and emission of light from thin planar semiconductor layers by coupling the light with the wave guide modes of the semiconductor layer. Enhancing absorption through the use of conduction electrons also avoids the increase in surface recombination that occurs with conventional light-trapping methods.

http://www.pv.unsw.edu.au/images/Surface_Plas.jpg


Source: www.pv.unsw.edu.au/Research/3gp_Surface_Plasmons.asp

       The wave guide mode concentrates electrical potential in the cell. The material and amount of layers determines voltage while amperage is determined by particle size. The multiple stacked solar cell and wave guide mode enables sunlight- exposed conversion areas to be maximized by shifting the orientation from horizontal to vertical.

        In addition, the technology enables PV cells to be packaged in any desired physical shape and with a reduced overall surface area such as cubes or elongated tubular structures designed to fit within specific size and shape constraints. This design flexibility greatly reduces the difficulty and costs of shipping, storing, deploying, and securing large solar module arrays.

China Nuvo Solar Energy's locations can be found below.

United States

Headquarters

319 Clematis Street,
Suite 703
West Palm Beach, Fl 33401

Administration

7315 East Peakview Avenue
Centennial, CO 80111
303.796.8940

China
Chengdu West High Tech Development Zone
Chengdu, Sichuan, China


The company has filed their 8-K recently on Dec 21st, 2010 which can be seen below.

 Current report filing (8-K)
Date :     12/21/2010 @ 4:39PM
Source :     Edgar (US Regulatory)
Stock :     (CNUV)
Quote :     0.0016  -0.0001 (-5.88%) @ 3:52PM
   
- Current report filing (8-K)
SECURITIES AND EXCHANGE COMMISSION
Washington, D.C. 20549


FORM 8-K

Current Report Pursuant to Section 13 or
15(d) of the Securities Act of 1934



Date of Report (Date of earliest event reported):
December 15, 2010


CHINA NUVO SOLAR ENERGY, INC.
(Exact Name of Registrant as Specified in Charter)



Nevada
   
333-48746
   
87-0567853
(State or other jurisdiction of incorporation)
   
(Commission File Number)
   
(I.R.S. Employer Identification No.)


319 Clematis Street, Suite 703
West Palm Beach, Florida 33401
(Address of Principal Executive Offices, Zip Code)

Registrant's telephone number, including area code:   (561) 514-9042


 (Former name or former address, if changed since last report.)


Check the appropriate box below if the Form 8-K filing is intended to simultaneously satisfy the filing obligation of the registrant under any of the following provisions:

[  ]  Written communications pursuant to Rule 425 under the Securities Act (17 CFR 230.425)
[  ]  Soliciting material pursuant to Rule 14a-12 under the Exchange Act (17 CFR 240.14a-12)
[  ]  Pre-commencement communications pursuant to Rule 14d-2(b) under the Exchange Act (17 CFR 240.14d-2(b))
[  ]  Pre-commencement communications pursuant to Rule 13e-4(c) under the Exchange Act (17 CFR 240.13e-4(c))





  Item 5.02  DEPARTURE OF DIRECTORS OR CERTAIN OFFICERS; ELECTION OF DIRECTORS; APPOINTMENT OF CERTAIN OFFICERS; COMPENSATORY ARRANGEMENTS OF CERTAIN OFFICERS.


(b)           On December 15, 2010, Mr. Thomas B. Olson, Corporate Secretary of China Nuvo Solar Energy, Inc., resigned as an officer of the Company.




SIGNATURES

Pursuant to the requirements of the Securities and Exchange Act of 1934, the Registrant has duly caused this report to be signed on its behalf by the undersigned hereunto duly authorized.

     
CHINA NUVO SOLAR ENERGY, INC.

Date:  December 21, 2010
   
By:            /s/ Henry Fong                                                                 
Henry Fong, President

China Nuvo Solar Energy to Seek Other Business Opportunities in Effort to Enhance Stockholder Value
Date :     12/17/2010 @ 7:00AM
Source :     Business Wire
Stock :     China Nuvo Solar Energy, Inc. (CNUV)
Quote :     0.0016  -0.0001 (-5.88%) @ 3:52PM
   
China Nuvo Solar Energy to Seek Other Business Opportunities in Effort to Enhance Stockholder Value
China Nuvo Solar Egy (OTCBB:CNUV)
Historical Stock Chart


China Nuvo Solar Energy, Inc. (OTCBB: CNUV) announced today that it is exploring new business opportunities and evaluating other strategic options with a view toward increasing shareholder value.

While no contracts or agreements have been signed, the Company intends to investigate any opportunities that may arise with respect to new business ventures either within or without the Company's current business operations.

China Nuvo Solar Energy, Inc. is a development stage company that owns unique patent pending solar and photovoltaic related technology.
CNUV (China Nuvo Solar Energy) .0015. We have been watching this stock for the last 2 weeks and it appears that 0015 is the new bottom. This price serves a great entry into this stock. This is a chinese stock in a green energy sector which is hot and will be more looked at because of the world economic turning to better forms of non fossil fuel energy, oil hit a high of 92$ a barrel and looks to be hitting more highs during inflation , this will make this stock go in my opinion. The stock is at a safe buying point because of its recent down trend , it is bottom for this stock here is a recap of what this stock has done in the last 2 years:

2 year trading history CNUV (China Nuvo Solar Energy)

Date	Price	Signal
11.18.10	0.0034
11.02.10	0.0026
10.11.10	0.0021
06.18.10	0.0040
05.25.10	0.0048
03.25.10	0.0030
01.29.10	0.0060
11.23.09	0.0055
11.16.09	0.0076
11.06.09	0.0062
11.02.09	0.0075
10.29.09	0.0070
10.14.09	0.0085
10.09.09	0.0090
10.02.09	0.0120
09.04.09	0.0072
08.26.09	0.0085
08.21.09	0.0065
08.12.09	0.0095
08.06.09	0.0075
08.03.09	0.0080
07.29.09	0.0072
06.30.09	0.0130
06.04.09	0.0050
05.28.09	0.0060
05.22.09	0.0057
05.18.09	0.0063
12.12.08	0.0109

Share Structure

Market Value1

$638,449

a/o Jan 03, 2011

Shares Outstanding

375,558,301

a/o Nov 01, 2010

Float

323 Million

Authorized Shares

N/A

Par Value

0.001

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