Energy Charger – Motu Patlu in Hindi WITH ENGLISH, SPANISH & FRENCH SUBTITLES

Dr.Jhatka invents and energy charging bracelet. He gives it to Motu Patlu to energize them and make them feel lively. John makes an evil plan to steal it. He gets successful at stealing it and uses it to energize people that he has kidnapped so that they work tirelessly for hours in his diamond mine. Will Motu and Patlu be able to find it back? Watch this episode and find out… CLICK – SUBSCRIBE, SHARE, LIKE.

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Alternative Energy Uses In The Military

Most governments and corporations are looking at alternative energy strategies to produce power without the use of fossil fuels, all trying to curb their emissions of CO2. But, you’d be surprised that most militaries are also using alternative energy strategies, and it makes sense because a military moves on its fuel and food for its personnel. Anyone that studies military history knows just how critical this is. Not long ago, a technologist interviewed me and asked about alternative energy exploits for war planners. Let’s talk.

Daniel asks: “Will we see the use of alternative energies in the military industry?”

Yes, of course. A couple of reasons;

(1) The push for Climate Change is sending lots of research dollars into alternative energy, and the militaries of the world need energy, it takes a lot of energy to run a Navy, Army, or Air Force. Hint: Nuclear Powered Aircraft Carriers and Submarines. As these alternative energy innovations come into fruition and can compete with fossil fuels on cost, we will see much more of them, and;

(2) Consider that. like the radar signature on a stealth aircraft, having a smoke stack smoking up a storm on a large ship — like the Russian Aircraft Carrier Admiral Kuznetsov (old smokey – quite embarrassing) — it gives up its position pretty quickly.

Right now, we must realize that oil prices are low and fossil fuels have a lot of energy packed into those little molecules, and that’s hard to beat for powerful afterburners. If oil prices go back up, that will be reason number 3.

As far as biofuels go, we are a ways off, and the cost is way too high to justify, but who knows in the future, maybe some brilliant genius will take home a Nobel Prize for figuring it out, that would be a game-changer. When it comes to solar, well, the prices have really come down and the efficiency has really gone up. That along with battery performance — improving duration, lowering weight, faster re-charging, and lower overall costs due to scaled up production — we can be assured more use of solar power in militaries across the planet, but only when it makes sense and if it works – remember when it comes to the military it’s all about operational readiness, and a foot soldier who has dead batteries, could end up dead.

Hydrogen Fueled military equipment makes a lot of sense, and yes there are technological challenges there too, but those will get worked out in private industry because there are so many potential applications from transportation to home use and beyond.

Still, at the end of the day militaries need what works, and they need it now, if they want to win, political correctness seems quite trivial when you are fighting a war with life and death in the balance, so reality takes front seat. If alternative energies can do it cheaper, more efficient and require less logistics for a moving army, you can bet they will be part of the mix of technologies, count on it.


How to Make a Free Energy Mobile Phone Charger

How to Make a Free Energy Mobile Phone Charger

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PUE Hype and Realistic Expectations for Data Center Energy Efficiency

Power Usage Effectiveness (PUE) is a metric created by The Green Grid to determine the energy efficiency of a data center. PUE is a ratio, with overall efficiency improving as the quotient decreases toward unity. In other words, PUE measures the extra power needed to power, cool, protect, and manage the IT load in a data center.

Since the issuance of PUE, many data center managers are under pressure to drive the PUE of their facility lower. The notion of driving energy efficiency is a noble one, but the drive toward a PUE target is not a pragmatic endeavor.

PUE should be viewed as a tool, not a destination. While the PUE is based upon very simple math, PUE comparisons are very difficult. In fact, it’s dangerous to compare PUE values between data centers because so much depends upon where (with respect to the facility infrastructure) PUE readings are taken, as well as which data center energy components are included in the scoring. There are simply too many variations from facility to facility and from operator to operator to know if one has a true “apples to apples” comparison.

Enterprise executives concerned with this metric often reference the industry innovation giants of Google and Microsoft, who claim PUE values below 1.25. Companies such as this have very specific applications and architectures that enable them to take energy efficiency steps that may not be appropriate for the general enterprise. The strategies that some companies are using to achieve a certain PUE are extreme and are rarely suitable or fund-able for the typical enterprise data center.

The enterprise mission critical facility operator should be aware of cause and effect. If the facility is located in a shared-use building, PUE will be impacted by the non-data center power draw. High availability architectures are the nemesis of energy efficiency. Redundancy worsens PUE. Virtualization and consolidation often have a counter intuitive impact on energy efficiency. The electric bill may be better because of optimized use of server capacity, but PUE may be worse unless power and cooling are simultaneously downsized to align with the IT load. Similarly, raising server inlet temperature may improve PUE because of higher efficiency operation of cooling systems, but the electric bill may be worse if increased server fan power exceeds cooling system savings.

The mission critical facility operator should first understand PUE, then choose a measurement strategy, carefully consider options for PUE improvement, and make sure you don’t have a “PUE ending.”


Do it Yourself Solar Energy – Save Electricity With Solar Power

One of the fastest growing home power solutions is a Do It Yourself solar energy system. Our homes consume large amount of power. We use electricity to run all of our electrical appliances. In fact, we never thought of how we use energy until we receive the monthly utility bill or when there is a blackout.

At the current housing growth rate, very soon we will have an energy scarcity and that in effect will raise its cost. Are there any ways we can reduce our home electricity consumption? One option is to explore the concept or renewable energy such as solar. This article will provide some information of the process of using solar power at home.

In the past, a home solar power system was quite expensive since making it impractical. With a Do It Yourself solar energy system, the cost is substantially less making it available for the average home owners.

To build a solar generator at home is quite simple. All you have to do is build a solar array to collect the sun energy. The array is made of multiple solar cells joined together.

Solar cell or Photovoltaic (PV) has the ability to create electric current when exposed to sun light. The electric current generated by the array can be flowed into a deep cycle batteries bank via a charge controller.

The stored energy can be used to power our homes. Since battery can only hold Direct Current (DC), we need to use an inverter to convert to DC to Alternate Current (AC). AC is use to run all our household electrical equipment.

To reduce your home electricity bills, you can start with a Do It Yourself solar energy system. If you are not well versed with hand tools, you can outsource the construction work to a professional contractor. With a minimum investment, you will be reaping the benefits of solar power at home year after year.


Free Energy Systems. Round-the-clock impulse, battery charging
Round-the-clock impulse, battery charging? 24h pulse, battery charging? “Eternal” battery charging.


Free Energy Scooter: Ambient Energy Accessed By Charging Parallel Batteries With Series Batteries πŸ”‹

Thomas Bearden (See Link Below) understands and teaches that all circuits are tapping into the energy of the vacuum (which Thomas Bearden Explains Powers Every Atom And Molecule Of Everything We Know, And Are), Source Energy, Zero Point Energy, and furthermore explains in his videos that it is the way we wire a circuit, which permits what is often refered to as over unity.

Getting more energy out than is put in, is not a free lunch, it’s more like β€œall you can eat”, which means, put a little energy in, and get a lot of energy out. Rick Friedrich (See Link Below) documents his understanding of this concept by explaining in his videos, that we can have two fully charged twelve volt batteries wired in series, running a load (free of charge) and charging two twelve volt batteries wired in parallel. In this wiring configuration, the load (We are using a 24V 500 Watt DC Brushed Motor) runs or is powered by energy from the vacuum, and the energy that transfers from one set of batteries to the other, is almost entirely transferred to the other set of batteries – by switching each set of batteries from series to parallel (series being the input set, and parallel being the charging set) the charge in the batteries can be transferred back and forth multiple times, between battery sets (the set wired in series to the set wired in parallel). Please confirm with Rick Friedrich on his YouTube channel how the circuit works, I’m just now in the beginning stages of learning πŸ™‚

By splitting the positive wire, or connecting the positive wire from the two 12 volt batteries that are wired in series, to the load, then connecting the 2 drained batteries (wired in parallel) positive wire, to the load (called splitting the positive) then connecting the negative wire of the fully charged series batteries, to the negative wire of the parallel (drained/empty) batteries. This wiring configuration allows energy from the vacuum to power the load (in this video we use a 24Volt 500 Watt Brushed DC Motor) and transfer almost all of the energy from the series set of batteries to the parallel set of batteries. This circuit is the most efficient means of powering any load, that I’ve study thus far. Special thanks to Rick Friedrich for teaching the world how to make less pollution πŸ™‚

Hello Everyone!
We are sharing our journey of learning to reduce smog, and we are also teaching ourselves how to build an electric scooter with a range extender. It’s an exciting journey and we enjoy sharing our experience of learning. Have a great day πŸ™‚

We are currently studying Rick Friedrich:

We are also studying Thomas Bearden:

We are also studying Russell Anderson:

We are also studying John Searl:

We are also studying Peter Lindemann:

Self-charging scooter projects we are studying:


New 2019 || Free Energy Mobile Phone Charger

New 2019 || Free Energy Mobile Phone Charger


How To Make Free Energy Mobile Charger From Super Capacitor

How To Make Free Energy Mobile Charger Fromm Super Capacitor.


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