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The Inventor, Madam LianXiang Wang
Madam LianXiang Wang is the inventor of the Alphagel battery. This technology was developed more than a decade ago, for which Madam Wang was awarded the coveted Gold Medal of Research at the Paris International Fair of Invention in 1993. Madam LianXiang Wang has also won many other awards, including the Gold Medal Award at the Second International Patents Conference, China.
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Here Madam Wang poses proudly with her awards.
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Madam LianXiang's Inventor with Outstanding Contributions in Field of Occupational Safety and Health
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- For a cleaner planet !
- For better health of people on the earth !
- For providing a clean living enviorment to our children !
- For better living quality of our future generations.
- I have overcame a great deal of obstacles, contributed my whole life efforts, in the creation of the no pollution, high power, and long-life gel battery for the everyone on the world.
The invention of Madam LianXiang Wang, have won many awards and patents around the world in the past years.
Today, Alphagel technology has been patented worldwide in 15 countries, which include USA, Japan, China, South Korea, Australia, Canada, United Kingdom, France, Germany, Holland, Switzerland, Sweden, Belgium, Italy and Malaysia. RIET of European Union has agreed to promote Alphagel technology in its 12 country members and some Southeast Asian countries.
China |
USA |
Australia |
United Kingdoms |
France |
Germany |
Holland |
Switzerland |
Sweden |
Belgium |
Italy |
South Korea |
Malaysia |
Japan |
Canada |
Fourth World Conference on Women
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Fourth WorMadame LianXiang Wang was invited to the Fourth World Conference on Women, as a guest.
Her report topic of "Women and their living enviroment" had attract great attention.
A historic film (China Hai Wang) about Madame Wang's invention was shown, during the conference.
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Madame LianXiang Wang with the Secretary-General of the Fourth World Conference on Women, Gertrude Mongella.
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Madame LianXiang Wang Meeting with the United Nation, Gertrude Mongella.
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Madame LianXiang Wang accepting an award from the French Scientific Research Ministry in Paris.
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French President Jacques Chirac with inventor Madame Wong
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Recognitions
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?As a common technician of Peugeot company, I extend my sincere congratulations to your achievements. Your products have top quality and are for many uses. Your product has strongly enhanced the durability of battery. ? - H. Bousibue, at the 84th International Exhibition of New Products in Paris. May 1, 1993.
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“Bravo to your inventions and your award. Your smile at your winning presentation is very moving.? - Alain Brossier, Chairman of the 84th International Exhibition of New Products in Paris. April 29, 1993
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?Congratulations to your inventions that manifests greatest virtue of all mankind. I express greatest respect to you. ? Chairman, the 84th International Exhibition of New Products in Paris. May 3, 1993.
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“Madam Wang LianXiang’s invention greatly enhance the health of the working class.?- P. Capon, Deputy Chairman, the 84th International Exhibition of New Products in Paris. May 1, 1993.
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“Happy May Day to you! You made a deep impression on me. And your invention will benefit the whole world!??Evaluation Commission, the 84th International Exhibition of New Products in Paris. May 1, 1993.
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Alpha Gel
 Alpha Gel Electrolyte, a high-tech, green-energy substance, is a milky white gel that can replace the sulfuric acid electrolyte which has been used for the past 140 years in battery industry.
This gel can be used to fill various types of lead-acid storage batteries. This gel has the following superior characteristics which make it so special: no leaking, no hydrolyzing, no dry cracking, no layer forming, high permissibility, low corrosiveness, no harsh smell, and yet still possess stable and high electronic performance. Wang gel storage batteries, which are filled with such gel electrolytes not only have met all the requirement of common lead-acid storage batteries, but also cause very little environmental problem (lead discharge and sulfuric acid mist). Eventually it could solve one of the world's biggest problems - human health hazard from lead-acid storage batteries.
ALPHAGEL?Battery -- World's First Gel-Cell Starting Battery
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- World's First Gel-Cell Starting Battery
- Major Technology Breakthrough
- Six International Gold Metals Awarded
Advantages / Features
- Environmental Friendly - Non-toxic, non-flammable, non-explosive, non-corrosive, no lead emissions.
- High Performance - High cranking power, operates at extreme temperature range.
- Longer Cycling Life - Longer store/storage shelf life.
- Easy Storage and Transportation - Vibration resistant, spill-proof, leak0proof, and non-hazardous.
- Cost Effective - Comparable price; substantial sa€ÊdÀ’U €ÊdÀ’U @’_À’U Eâ¿’U èÊdÀ’U ÊdÀ’U @ ÊdÀ’U ------------------------------------------------------------------->
Small Alpha Gel Battery Started Minivan
The battery tested was in Exide 16-B, with a date code N3216Y and weighting 12.5 pounds (5.7 kb, the middle one in the picture).
The battery was manufactured in the USA and purchased locally.
To this battery the colloidal electrolyte was added in place of the normal electrolyte (Sp. Grav. 1.256).
This could easily be done because the battery is shipped to the consumer in the dry state.
The battery is rated at 16Ah and is primarily used for garden tractor, motorcycle, ATV, personal watercraft,
and snowmobile applications.
This combination was used to start a 1995 Honda Odyssey minivan with approximately 54,900 miles on it. The minivan contained
a 2.2 liter 8.8:1 compression engine. The original battery in the minivan was a Panasonic 80D26L-MF rated at 550
cold cranking amps (CCA) with a load test rated at 270 amps (the left one in the picture).
This battery weighted 39 pounds (17.7 kg).
Utilizing this undersized battery containing the colloidal electrolyte the minivan could be easily started. The engine was turned off, before
the battery had time to recharge off the alternator and the test was repeated. The battery again started the
minivan for a second time. The ambient temperature at the time the test was performed was 20°C (68°F).
This was accomplished usinga colloidal electrolyte battery 1/3 the size of the original equipment.
*Additionally, the Alpha gel battery (the right one in the picture) also started the car easily.
This is a 12V 15Ah motorcycle gel battery.
Alpha gel batteries are the most powerful gel batteries in the world!
Shorted Small Battery Started A Minivan
The battery tested were an Exide 16-B with a date code N3216Y and weighting ~12.5 pounds (5.7 kg) each.
The batteries were manufactured in the USA and purchased locally. The colloidal electrolyte was added in place of the normal
electrolyte (Sp. Grav. 1.256) this could easily be done because the batteries are shipped to the consumer in a dry state.
The batteries are rated at 16Ah and are primarily used for garden tractor, motorcycle, ATV, personal watercraft, and snowmobile applications. There was evidence that they had experienced significant shorting since one termination each had melted.
The melting point of lead is 327.5 °C (621.5 °F). There were also signs of arcing on the attachment bolts indicating high current and very high temperatures.
Both of these were placed in parallel and were used to start a 1995 Honda Odyssey minivan. The minivan contained a 2.2 liter 8.8:1 compression engine.
The original Panasonic 80D26L-MF rated at 550 cold cranking amps (CCA) with a load test rated at 270 amps. The amp-hour rating is not known but is estimated to be in the range of ~55-60Ah. This battery weighted 39 pounds (17.7 kg).
Utilizing the two modified batteries in parallel (32 Ah total) containing the colloidal electrolyte the minivan could be easily started. The engine was turned off before the battery had time to recharge off the alternator, and the test was repeated seven times. The battery restarted the minivan on all occasions. The ambient temperature at the time the test was performed was about ~29.5°C (~85°F).
This was accomplished using a colloidal electrolyte battery slightly greater than ?the size of the original equipment.
Additionally, the van was started with two different Exide YB16CL-B batteries into which the gel electrolyte had been added. These batteries had not previously shorted and were in good condition. In this test, each individual battery started the minivan, with no difficulty.
*Additionally, we can see that Alpha Gel battery do not explode when experiencing high current shortage. It very safe. Especially the shortage does not affect the battery performance.
*Click to enlarge image
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| Rated Motor Voltage: |
DC36V |
| Rated Motor Power: |
150-200W |
| Most Economic Cruising Speed: |
15-18km/h |
| Max. Speed: |
22km/h |
| Cruising Range (at Most Economic Cruising Speed: |
40-60km |
| Max. Climb Slope Angle: |
< 6 ° |
| Vehicle Net Weight (without battery): |
42 kg |
| Max. Loading Weight Capacity: |
75 kg |
| Vehicle Dimension (L.W.H): |
180x100x55 (cm) |
| Installed Battery: Alpha High Power Gel Battery: |
3x12V12Ah |
| Battery Weight: |
12.3-13.6 kg |
| Break Distance at Max. Speed: |
< 15 m |
| Break Distance at Most Economic Cruising Speed: |
< 4 m |
| Charged Battery Capacity: |
0.8 kwh |
| Noise Level: |
< 62 db |
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| Rated Motor Voltage: |
DC36V |
| Rated Motor Power: |
150-200W |
| Most Economic Cruising Speed: |
15-18km/h |
| Max. Speed: |
22km/h |
| Cruising Range (at Most Economic Cruising Speed: |
40-60km |
| Max. Climb Slope Angle: |
< 6 ° |
| Vehicle Net Weight (without battery): |
42 kg |
| Max. Loading Weight Capacity: |
75 kg |
| Vehicle Dimension (L.W.H): |
180x100x55 (cm) |
| Installed Battery: Alpha High Power Gel Battery: |
3x12V12Ah |
| Battery Weight: |
12.3-13.6 kg |
| Break Distance at Max. Speed: |
< 15 m |
| Break Distance at Most Economic Cruising Speed: |
< 4 m |
| Charged Battery Capacity: |
0.8 kwh |
| Noise Level: |
< 62 db |
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*Click to enlarge image
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*Click to enlarge image
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| Rated Motor Voltage: |
DC36V |
| Rated Motor Power: |
800W |
| Most Economic Cruising Speed: |
26km/h |
| Max. Speed: |
32km/h |
| Cruising Range (at Most Economic Cruising Speed: |
80km |
| Max. Climb Slope Angle: |
< 15 ° |
| Vehicle Net Weight (without battery): |
70 kg |
| Max. Loading Weight Capacity: |
80 kg |
| Vehicle Dimension (L.W.H): |
1700x700x1200 (mm) |
| Installed Battery: Alpha High Power Gel Battery: |
3x12V38Ah |
| Battery Weight: |
42.6-43.5 kg |
| Break Distance at Max. Speed: |
< 7.3 m |
| Break Distance at Most Economic Cruising Speed: |
< 6.5 m |
| Charged Battery Capacity: |
1.71 kwh |
| Noise Level: |
< 55 db |
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| Rated Motor Voltage: |
DC48V |
| Rated Motor Power: |
1500W |
| Most Economic Cruising Speed: |
40km/h |
| Max. Speed: |
50km/h |
| Cruising Range (at Most Economic Cruising Speed: |
65-70 km |
| Max. Climb Slope Angle: |
< 15 ° |
| Vehicle Net Weight (without battery): |
70 kg |
| Max. Loading Weight Capacity: |
90 kg |
| Vehicle Dimension (L.W.H): |
1700x700x1200 (mm) |
| Installed Battery: Alpha High Power Gel Battery: |
4x12V38Ah |
| Battery Weight: |
56.8-58 kg |
| Break Distance at Max. Speed: |
< 12m |
| Break Distance at Most Economic Cruising Speed: |
< 10m |
| Charged Battery Capacity: |
2.28 kwh |
| Noise Level: |
< 55 db |
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*Click to enlarge image
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About Us
We are an innovative and technically oriented infrastructure
company. We developed the patented, award-winning
Alphagel Battery. The Alpha-EV battery system offers an inexpensive
fuel configuration for all plausible alternative energy options
because it operates seamlessly with existing technology, adding
no significant new developmental or manufacturing costs to
production, distribution or servicing cycles. To date, the
major economic obstacle keeping Electric Vehicles from the
market has been the inability to charge a competitive, fully
amortized retail price because of relatively high costs associated
with the technological change. Alpha-EV overcomes this obstacle
Read More >>
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Major technology breakthrough Announcement
Distinguishing features: high-power, non-corrosive, non-explosive,
nonflammable, longer cycle life (50 % more), reliable, and
vibration-resistive, no lead emissions ,very low self-discharge
rate (less than 1% per month, compare to lead-acid at 6-7
%), low sulfuric aerosols (almost 0), extended shelf life
(more than two times). Alphagel Battery capacities range from
12 amps to 250 amps (for truck use), and may also go up as
high as 2000 to 4000 amps for communications towers.
Read More >>
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| Alphagel Battery |
See Above for the
Great Advantages |
€ÊdÀ’U €ÊdÀ’U @’_À’U Eâ¿’U èÊdÀ’U ÊdÀ’U Æ ÊdÀ’U
| Designed &
manufactured exclusively for Alphagel Battery |
| Alpha High Efficiency
DC Motor |
Specially Designed
for EV, high starting power, high torque capability |
| Alpha Motor
Controller |
Designed exclusively
for Alpha HEDC Motor. |
| Alpha Electrical
Vehicles |
Series of electrical
vehicles using above Alpha-EV Systems components. |
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Copyright 2003-
Alpha-EV, Inc.
All Rights Reserved.
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Alpha Gel Electrolyte, a high-tech, green-energy substance, is a milky white gel that can replace the sulfuric acid electrolyte which has been used for the past 140 years in battery industry.
This gel can be used to fill various types of lead-acid storage batteries. This gel has the following superior characteristics which make it so special: no leaking, no hydrolyzing, no dry cracking, no layer forming, high permissibility, low corrosiveness, no harsh smell, and yet still possess stable and high electronic performance. Wang gel storage batteries, which are filled with such gel electrolytes not only have met all the requirement of common lead-acid storage batteries, but also cause very little environmental problem (lead discharge and sulfuric acid mist). Eventually it could solve one of the world's biggest problems - human health hazard from lead-acid storage batteries.
