New Hope Science and Technology Global is an innovative company dedicated to making this planet a better place. This is done
by producing renewable resource technologies through new, innovative ideas. Our company has embraced these ideas. New Hope
Science & Technology Global in hopes to provide global consumers with solutions to the ever-present quest for more efficient,
environmentally friendly, and cost efficient energy sources. We believe that there is already a demand for wind turbines, such
as ours, and we hope that this demand will only rise as our product rolls out into the marketplace. With this rise of demand many
jobs will be created. This product will also cut down on pollution, gradually improving our future generation’s well being. New
Hope Science and Technology Global will achieve these goals through determination, constant work ethic and efficiency. A constant
cycle of new ideas and innovations will motivate the work force. It will inspire them to do their best. The work force will see
the impact they are having on the state and world. People will see how our wind turbine eliminates use of coal, natural gas, and
nuclear means to produce energy. Our product does not produce pollution and is more efficient than anything on the market to date.
New Hope will also use recyclable material in the production of our product. The impact and outcome on the community will be more
than great with the achievement of these goals. Please contact us today for more information by clicking here, or send us an email to brad@newhopestg.com.
Jobs will flourish, our planet will be better, and we will produce great amounts of energy at the cost of nothing. Imagine a world
of less energy use and less pollution, producing more energy and creating better lives and better futures. Wind energy is currently
playing a major role in the efficient production of energy today. As an inexhaustible domestic resource, wind strengthens our energy
security, improves the quality of the air we breathe, slows climate change, and revitalizes rural communities. The wind turbines
on the market today require a minimum of 150 rotations per minute to be at max production. Our product only requires 60 rotations
per minute to be at max production. What does this mean? This means that our product is two and a half times more proficient than
products on the market today. Lets take there statistics and factor in our product. Our product can produce double the amount of
energy when compared to other products and requires less wind. Therefore, the 20% mentioned above turns into 50% with the use of
matching quantities. Now you can factor in that our wind turbines will be made of recycled materials when feasible and be cheaper
to produce and sell.
We have not inherited this earth from our parents - we have merely borrowed it from our children and we have a responsibility to
return it to them in the same condition we received our wonderful planet.
Imagine how we want our children and grandchildren live, say 20 years from now and imagine a world without all the beautiful
things like the birds and butterflies and fish and deer on the earth and the difficulty of a teacher trying to explain our
grandchildren, what they may be missing as all she can show is just the pictures of our pristine environment and things of
our primordial glory.
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If you want to stop all this from happening, you can. Just think what you can do to save this wonderful blue planet for our children,
by conserving on gas or even better, switching from the gas burning car to our new all electric vehicle innovation?"
You can also produce your own electricity for the your E-Vehicle by adapting our wind/Solar based alternative energy generating station?
Act fast, act once, and act now! Time is running out for our planet and our children. We believe in the above statement so much
that we will use recycled material whenever possible and keep them out of land fills
The U.S. renewable energy and energy efficiency industries created jobs for 8.5 million people in 2006, while generating more than a
trillion dollars in sales, $100 billion in profits, and $150 billion in increased federal, state, and local government tax revenues,
according to a new report from the American Solar Energy Society (ASES). The report notes that it's difficult to define the energy
efficiency industry, but even focusing on the renewable energy industry, it found 196,000 people directly employed by the industry,
a total of 452,000 jobs created, and revenues of $39.2 billion in 2006.
Looking forward to 2030, the report examines three scenarios: a "business as usual" scenario, with no major policy changes; a moderate
scenario that includes incremental policy advances; and an advanced scenario of aggressive growth in renewable energy and energy
efficiency. In the "business as usual" scenario, the jobs created by renewable energy increase 190% by 2030, while jobs created by
energy efficiency increase by 85%. In the moderate scenario, the jobs created by renewable energy increase nearly 7-fold, while jobs
created by energy efficiency more than double. And in the advanced scenario, the jobs created by renewable energy increase 17-fold,
while jobs created by energy efficiency quadruple. In the advanced scenario, renewable energy revenues increase to nearly $600
billion, while energy efficiency revenues increase to almost $4 trillion. Please contact us today for more information by clicking here, or send us an email to brad@newhopestg.com.
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The American Wind Energy Association (AWEA) announced last week that it now expects 4,000 megawatts (MW) of wind power capacity to
be installed in 2007. That represents an increase of one-third over AWEA's previous projections for the year, which were last
updated in August. AWEA's third quarter market report concludes that the wind industry added more than 2,300 MW of wind power in
the first three quarters of 2007, while more than 5,000 MW of wind power are currently under construction. According to AWEA's
tally, 13,885 MW of wind power capacity are now installed in the United States. In the third quarter alone, 1,251 MW of wind
power were installed throughout the country
The boom in U.S. wind power capacity is being met with increased investment in wind power manufacturing facilities. A combination
of state renewable energy requirements and voluntary "green power" purchases of renewable energy are causing the demand for renewable
energy to exceed the supply, according to a recent report from DOE's National Renewable Energy Laboratory. Published in late October,
the report notes that green power purchases reached 12 million megawatt-hours in 2006, a three-fold increase from 2003. Meanwhile,
25 states and the District of Columbia have enacted laws that require renewable energy to provide from 2% to 30% of each state's
electricity supply within the next 5 to 15 years.
Noting that most of the new renewable energy capacity is currently in the form of wind power, the report projects near-term renewable
energy capacity increases using two scenarios: a steady increase of 4,000 megawatts (MW) per year through 2010, and an increase that
accelerates to 7,000 MW per year by 2010. Assuming a continued growth in green power of 35% per year, and taking into account the
amount of renewable power required by the states, the report finds that demand for renewable power is already slightly exceeding
the supply. In the "steady increase" scenario, supply lags further and further behind demand through 2010, while the "accelerating
supply" scenario comes much closer to meeting demand, but still falls short.
The report concludes that there is a national need to accelerate renewable energy deployment from all energy sources to meet the
burgeoning demand for renewable power. It also notes that future policy changes could increase the demand or slow the increase
in the supply, while a supply shortage could drive up costs in the green power market and discourage the voluntary purchasing
of renewable power. Please contact us today for more information by clicking here, or send us an email to brad@newhopestg.com.
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Wind machines were used for grinding in Persia as early as 200 B.C. This type of machine was introduced into the Roman Empire by
250 A.D. By the 14th century Dutch windmills were in use to drain areas of the Rhine River delta. In Denmark by 1900 there were
about 2,500 windmills for mechanical loads such as pumps and mills, producing an estimated combine peak power of about MW. Charles
Brush built the first windmill for electricity production in Cleveland, Ohio in 1888, and in 1908 there were 72 wind-driven electric
generators from 5Kw to 24Kw. The largest were on 24m(79ft) towers with four-bladed 23m (75ft) diameter rotors
By the 1930s windmills were mainly used to generate electricity on farms, mostly in the United States where distribution systems had
not yet been installed. In this period, high-tensile steel was cheap, and windmills were placed atop prefabricated open steel
lattice towers. A forerunner of modern horizontal-axis wind generators was in service at Yalta, Russia in 1930. This was 100Kw
Generator on a 30m(100ft) tower, connected to the local 6.3 kV distribution systems. It was reported to have an annual load factor of 32
percent, not much different from current wind machines. Until now, with the technology developed by New Hope Science & technology
Integrate controller, charger, and DC/AC converter for input and DC/AC converter for output all in one box. The DC/AC converter system
can keep supply an invariable voltage to the charger circuit even if the wind speed changes, and the charger system charge the batteries
for saving the power. The DC/AC converter changes the batteries DC voltage to AC for the domestic use. The control system control all
system working or not, depends on the sensor signals from wind generator and batteries etc.
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We will use high-strength aluminum alloy tube to make the blades frame for our vertical axis generator to give a lightweight design and
strong frame. Use aluminum panel cover the blades frame for getting big weather acreage. Also use soft material to make the blades of
our horizontal axis street lamp wind generator for security use.
Rated Power Output: from 80W to 20KW
Rated Speed: 200R per minute
Rated Voltage Output: 12VDC to 720V DC
Rated Current Output: 7A to 27A
Insulation Class B
Note, we will cooperate with Austria to produce 5KW, 10KW, and 20KW wind generators since June 2007, and cooperate with Japan to
produce 80W street lamp wind generator.
Multi-pole, multi-slot, output voltage with less pulse, good wave shape.
Hi-magnetism excitation, radial magnetic structure, short magnetic path, hi-
Efficiency.
Hi-magnetizing capacity cold rolling silicon steel made inner stator, less wastage.
Aluminum alloy inner bracket and end housing, less weight.
Electronic commutator instead of mechanical commutator, free maintenance, long life.
Voltage regulation rate lower, output voltage fluctuate range debased.
Poles, slots and coil designed in view of start-up in low speed of wind, mini resistant torque.
Increase the generator system’s function possibility and reliability, lower operation cost.
Brush less, with long life and noiseless.
Vertical axis blade suitable for wind from different directions.
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High quality aluminum alloy, long life and light. The special structure design makes the high efficiency of wind power.
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CPU control intellectualized converter. Integrate DC/AC converter, control system, battery charger and DC/AC converter.
Depends on our special design, our generator output DC voltage is direct. This design does not need a commutator in the
controller circuit and can avoid the frequency changing with the wind speed.
Less and less oil resources in the world, air quality and worsening environment day by day is increasing the need to
develop a good reliable and efficient wind generator.
The advantages of the wind generator is: advanced design, good operation, because we use our special DC hub generator, save
heavy gearbox, make the generator so light, the generator makes the stable output DC voltage, decreases the circuit of the
controller and production cost.
Except certified suppliers would manufacture the controlling system and generator, other components, we would send our QC
to inspect the process of the manufacturer and would have QC for all incoming materials and components. Our company will
hire quality professionals to join our team.
We have finished the generator design and made some samples for the control system, which is now being tested. Wd have made
and testing our first wind generator system more than one year. We will then start to make a small quantity of market ready
samples for customer evaluation and prepare to quantity produce etc
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With our LED light Wind Generator/Hybrid Systems we just need to use 40W solar panel to charge the battery, because the lamp
doesn’t need to be lighted 24 hours per day and there is still a wind turbine that will help charge the battery. Currently,
we will use 60 to 100W LED street lamp to replace the normal street lamp (60W LED lamp can light as 200W normal lamp) we will
use 100W to 200W wind turbine and 40W to 80W solar panel for our street lamp system
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