In the world of witchcraft and magic, a wand is an essential tool that witches use to cast spells and channel their energy. Traditionally, wands have been made from various materials such as wood, crystal, or metal, each with their own unique properties and energies. However, modern witches have taken wandcraft to a new level by introducing the concept of a "wand charger". This device allows witches to charge their wands with additional energy and power, enhancing their spellcasting abilities. A wand charger typically consists of a base station that is connected to a power source, such as a USB outlet or a wall plug. The wand is then placed onto the charger, which uses energy flow and electromagnetic fields to infuse the wand with additional energy.
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Volts and Watts do not harm motors, only excessive heat does, so as long as the 250 Watt motor was not overheated then it will run fine with a 36 Volt 800 Watt controller. The next issue was that although that was a good theoretical power, it did go slightly over that in practice, the back-emf limited my maximum speed to around 19kph.
The wand is then placed onto the charger, which uses energy flow and electromagnetic fields to infuse the wand with additional energy. The main idea behind using a wand charger is to cleanse and amplify the energy of the wand, making it more potent and effective in spellwork. It is believed that the charging process aligns the wand with the natural and cosmic energies, making it a more powerful tool for manifestation and enchantment.
Interesting outcomes using voltage boosters - Turbo for bike
Just thought I'd share something - I've been experimenting with voltage boosters with some interesting outcomes.
First the background. Due to some momentary stupidity, I managed to convince myself that if I got a 48v 500w brushless hub motor and ran it at 24v, I'd get around 250w output, because I never multiplied the voltage by the amps in my calculations - Both were correctly calculated - I just made the assumption that it would be half and forgot to check. Stupid me. The result is I got 125w, which while meeting the 200w legal limit in my country, was well below it.
The next issue was that although that was a good theoretical power, it did go slightly over that in practice, the back-emf limited my maximum speed to around 19kph. At 20, I could not put power into the motor at all, meaning I had a 19kph top speed. Given I should be able to do about 24, I thought on how to correct this.
The result? I bought a cheap $10 600w booster off Ebay and wired it up in series with the battery, set the output voltage to 36v and max power to 200w, then tried it out.
Great results - maximum speed now increased to 24kph before equilibrium and depending on where I set the maximum voltage, it continued to provide power above 24kph until back-EMF levels reached the voltage I had set, meaning I could go faster downhill or with a tailwind -
Also, it limited the drain on the batteries ( in terms of amps ) because I could overvoltage the motor, but the output was current controlled, so as a result, if I used too much current, the voltage dropped and it protected the input from overcurrent situations.
Now these things aren't perfect - they run at around 95-96% efficiency, but the end result is I now have a "Turbo" option on my bike and I'm working to fit a permanent solution with a turbo/bypass option to either go to battery direct or use the power from the booster and raise my top speed for a nearly equivalent cost in watt-hours used to achieve it.
It's probably not a big deal in the US, because you have pretty good bikes there, but here with a 200w limit, every bit counts. Meanwhile, it allows me to set a maximum power output from my motor, which would not be possible with a direct battery connection alone.
This information is just experimental - and I'm still collecting data on it, but thought I'd share with the forum. The extra losses for me in terms of range aren't a problem because I have a range-extended electric bike, so I can just fire up the onboard generator and run at full speed. Also, because of legal limits here, I can tweak the output to get the maximum power possible while maintaining a legal bike.
Anyway, they aren't a great solution for a lot of reasons, but this one did work and I was surprised at how well.
Some pics - ( yeah, kinda dodgy implementation I know ).
The booster itself - Typically cost around $10 to $15 on Ebay.
How I wired it up. I'll do better next time and make a nice housing for it - with a turbo/bypass switch.
Handgun range:
POE switch
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Total power consumption max 50watt (dusk - dawn)
Witches often customize their wand chargers by adding crystals or symbols that correspond to their intentions or the type of spellwork they engage in. Crystals such as clear quartz, amethyst, or citrine are commonly used to enhance the charging process and amplify the energy being infused into the wand. The use of a wand charger is not limited to traditional witches. Many practitioners of modern witchcraft, such as Wicca or eclectic witchcraft, have embraced this concept as a way to enhance their magical practices. It allows them to fine-tune their energy manipulation and create a deeper connection with their wands. In conclusion, the concept of a wand charger in witchcraft is a modern adaptation that aims to enhance the power and energy of a witch's wand. By infusing the wand with additional energy, witches believe they can strengthen their spellcasting abilities and manifest their intentions more effectively. Whether it be through electromagnetic fields or the use of crystals, the wand charger has become a popular tool among witches seeking to take their magical practices to the next level..
Reviews for "Amplifying Your Spells: How the Witchcraft Wand Charger Can Help"
1. John - 2/5 - I was really excited when I got the Witchcraft wand charger, but unfortunately, it didn't live up to my expectations. The wireless charging feature was very hit or miss, and most of the time it wouldn't charge my phone unless I placed it in a very specific spot. Additionally, the wand itself felt cheap and flimsy, making it uncomfortable to hold and use. Overall, I was disappointed with the performance and quality of this charger.
2. Sarah - 1/5 - The Witchcraft wand charger was a complete waste of money for me. Not only did it not work at all, but it also caused my phone to overheat and drain the battery instead of charging it. I tried contacting customer support for assistance, but they were unhelpful and unresponsive. I ended up returning the product and getting a refund, but it was a hassle and I would not recommend this charger to anyone.
3. Alex - 2/5 - I thought the concept of a Witchcraft wand charger was really unique and cool, so I decided to give it a try. However, I found it to be more of a gimmick than a functional charger. The wireless charging was slow and inconsistent, and I often had to reposition my phone multiple times to get it to start charging. The wand itself felt awkward to use and didn't provide any additional benefits compared to a regular charger. Overall, I was disappointed with the performance and novelty of this product.