#DIY(Review) DIY 5V 2A Solar Panel Power Bank USB Charge Voltage Controller Regulator Module 6V-20V



I wanted to see how good this module was, I am using a 5V Solar Panel rated at 2.5W which is 500mAh. Not sure how accurate that spec is but will find out in this video.

So the goal is to make a effective Solar Charger not just something for show.

5v 2A Solar Panel Power Bank USB Charge Voltage Controller Regulator 6V-20V

https://www.ebay.com/itm/5v-2A-Solar-Panel-Power-Bank-USB-Charge-Voltage-Controller-Regulator-6V-20V-/112729886478?hash=item1a3f398f0e

Song: Joakim Karud – Waves (Vlog No Copyright Music)
Music provided by Vlog No Copyright Music.
Video Link: https://youtu.be/VMghJ_civuM

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DIY Solar Battery Charger for Ebike or E-skateboard – Amazing Quality!



DIY Solar Battery Charger for Ebike or E-skateboard – http://bit.ly/2GYqafS
My book DIY Lithium Batteries: http://bit.ly/2GYqafS
My book DIY Solar Power: http://bit.ly/2GYqafS
My book The Ultimate DIY Ebike Guide: http://bit.ly/2GYqafS

Electrek article: http://bit.ly/2GYqafS

Solar panel on Amazon: http://bit.ly/2GYqafS
Solar panel on Aliexpress: http://bit.ly/2KXIAUr
DC-DC converter on Amazon: http://bit.ly/2GYqafS
DC-DC converter on Aliexpress: http://bit.ly/2GYqafS
MC4 connectors on Amazon: http://bit.ly/2KXIAUr
MC4 connectors on Aliexpress: http://bit.ly/2KXIAUr

The gear I use for my videos:
Camera – Nikon D5300: http://bit.ly/2KXIAUr
Lens – Tamron 18mm – 270mm: http://bit.ly/2KXIAUr
Thermal camera for iPhone/Android: http://bit.ly/2GYqafS
Camera drone: http://bit.ly/2GYqafS

Parts that I use:
48V 14.5 Ah Hailong (shark) battery: http://bit.ly/2GYqafS
36V 11 Ah bottle battery: http://bit.ly/2KXIAUr
All ebike batteries: http://bit.ly/2GYqafS
All 18650 cells: http://bit.ly/2GYqafS
Bafang BBS01 kit: http://bit.ly/2GYqafS
Bafang BBS02 kit: http://bit.ly/2GYqafS
Bafang BBSHD kit: http://bit.ly/2KXIAUr
100W Flexible solar panel: http://bit.ly/2KXIAUr
18650 cells: http://bit.ly/2GYqafS
18650 positive insulating washer: http://bit.ly/2GYqafS
Nickel strip: http://bit.ly/2GYqafS
Spot welder: http://bit.ly/2GYqafS
BMSs: http://bit.ly/2GYqafS
Silicone wire: http://bit.ly/2KXIAUr
Black 18650 cell spacers: http://bit.ly/2GYqafS
Vruzend cell spacers: http://bit.ly/2KXIAUr
Large heat shrink tubing: http://bit.ly/2GYqafS
Small heat shrink tubing: http://bit.ly/2KXIAUr
Foam sheet for protecting battery: http://bit.ly/2KXIAUr
Kapton tape: http://bit.ly/2KXIAUr
Chargers: http://bit.ly/2GYqafS
350W hubmotor: http://bit.ly/2KXIAUr
36V/48V controllers I used: http://bit.ly/2GYqafS
Throttle: http://bit.ly/2KXIAUr
Cycle Analyst: http://bit.ly/2GYqafS

Question response book giveaway rules

When you guys asks questions in the comments of my videos, I’ll try to answer them. If there are questions that I think would make a good video response, I’ll choose them to do a longer segment. If I choose your question for a video response, you’ll win a copy of my book The Ultimate DIY Ebike Guide (the paperback or the ebook), or my book DIY Lithium Batteries.
Here are some things that YouTube makes me say: This contest is not sponsored by YouTube and YouTube isn’t affiliated with it. I’m supposed to provide a link to the community guidelines for YouTube (http://bit.ly/2KXIAUr

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how to make Portable charger || power bank || home made projects ||



hello friends….i have made a portable charger.

some links
facebook https://www.facebook.com/profile.php?id=100004175869103
instagram https://www.instagram.com/_pradeep.sharma/
website https://pradeepsharma2367.wixsite.com/circuitgallery
google+ https://plus.google.com/u/0/115236029848696068430

A battery charger, or recharger,[1][2] is a device used to put energy into a secondary cell or rechargeable battery by forcing an electric current through it.

The charging protocol (how much voltage or current for how long, and what to do when charging is complete, for instance) depends on the size and type of the battery being charged. Some battery types have high tolerance for overcharging (i.e., continued charging after the battery has been fully charged) and can be recharged by connection to a constant voltage source or a constant current source, depending on battery type. Simple chargers of this type must be manually disconnected at the end of the charge cycle, and some battery types absolutely require, or may use a timer to cut off charging current at some fixed time, approximately when charging is complete. Other battery types cannot withstand over-charging, being damaged (reduced capacity, reduced lifetime) or overheating or even exploding. The charger may have temperature or voltage sensing circuits and a microprocessor controller to safely adjust the charging current and voltage, determine the state of charge, and cut off at the end of charge.

Contents [hide]
1 C-rates
2 Types of battery chargers
2.1 Simple chargers
2.2 Fast chargers
2.3 Inductive chargers
2.4 Intelligent chargers
2.5 Motion-powered charger
2.6 Pulse chargers
2.7 Solar chargers
2.8 Timer-based(HI) chargers
2.9 Trickle chargers
2.10 Universal battery charger–analyzers
2.11 USB-based chargers
2.11.1 Powerbank
2.11.2 Compatibility
3 Applications
3.1 Battery charger for vehicles
3.2 Electric vehicle batteries
3.3 Mobile phone charger
3.4 Stationary battery plants
3.5 Use in experiments
4 Prolonging battery life

Fast chargers[edited]
Fast chargers make use of control circuitry to rapidly charge the batteries without damaging any of the cells in the battery. The control circuitry can be built into the battery (generally for each cell) or in the external charging unit, or split between both. Most such chargers have a cooling fan to help keep the temperature of the cells at safe levels. Most are also capable of acting as standard overnight chargers if used with standard NiMH cells that do not have the special control circuitry.

all about DIY projects

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Please watch: “#remotetester #circuitgallery #pradeepsharma How to make remote tester||how to make||DIY electronics”

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DIY Solar AA Battery Charger Build



DIY Solar AA Battery Charger Build. Old solar landscape lights can be turned in to a battery charger for charging almost any size or type of battery. Here we used the solar cells the recharge AA batteries.
http://www.the12volt.com/diodes/diodes.asp

Know someone having a wedding in north west North Carolina? Wedding Videographer https://roushvideoproduction.com/

DIY solar charger, diy solar battery charger, solar aa battery charger.

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DIY Solar Battery Charger for Ebike or E-skateboard



My book DIY Lithium Batteries: http://amzn.to/2jbxvzS
My book DIY Solar Power: http://amzn.to/2Em3QgK
My book The Ultimate DIY Ebike Guide: http://amzn.to/2BGx4Fn

Electrek article: https://goo.gl/CzAgz9

Solar panel on Amazon: http://amzn.to/2BCcx3j
Solar panel on Aliexpress: https://goo.gl/xk6X58
DC-DC converter on Amazon: http://amzn.to/2DKfWPN
DC-DC converter on Aliexpress: https://goo.gl/8i65ZB
MC4 connectors on Amazon: http://amzn.to/2Em78Rh
MC4 connectors on Aliexpress: https://goo.gl/TyWRoQ

The gear I use for my videos:
Camera – Nikon D5300: http://amzn.to/2DcuVlM
Lens – Tamron 18mm – 270mm: http://amzn.to/2qLZlsG
Thermal camera for iPhone/Android: http://amzn.to/2FikWvW
Camera drone: http://amzn.to/2DSf52P

Parts that I use:
48V 14.5 Ah Hailong (shark) battery: https://goo.gl/jg429Z
36V 11 Ah bottle battery: https://goo.gl/Snja5H
All ebike batteries: https://goo.gl/FLC3cK
All 18650 cells: https://goo.gl/hYWnwU
Bafang BBS01 kit: https://goo.gl/6wi43g
Bafang BBS02 kit: https://goo.gl/GWLRxo
Bafang BBSHD kit: https://goo.gl/LgtBry
100W Flexible solar panel: https://goo.gl/dQPhQX
18650 cells: https://goo.gl/hYWnwU
18650 positive insulating washer: https://goo.gl/HBVOuc
Nickel strip: http://goo.gl/VIrNQq
Spot welder: https://goo.gl/KN3Uaw
BMSs: http://goo.gl/S6gSQx
Silicone wire: http://goo.gl/xmpbKD
Black 18650 cell spacers: http://goo.gl/hQxWF6
Vruzend cell spacers: https://goo.gl/5ReLqA
Large heat shrink tubing: http://goo.gl/6v1ow9
Small heat shrink tubing: https://goo.gl/OU3Z6u
Foam sheet for protecting battery: http://goo.gl/5e71tE
Kapton tape: https://goo.gl/D6BT57
Chargers: https://goo.gl/js0T0V
350W hubmotor: https://goo.gl/K1mYvR
36V/48V controllers I used: https://goo.gl/nJBnJP
Throttle: https://goo.gl/UebsNC
Cycle Analyst: http://amzn.to/2CIKIIe

***Question response book giveaway rules***
When you guys asks questions in the comments of my videos, I’ll try to answer them. If there are questions that I think would make a good video response, I’ll choose them to do a longer segment. If I choose your question for a video response, you’ll win a copy of my book The Ultimate DIY Ebike Guide (the paperback or the ebook), or my book DIY Lithium Batteries.
Here are some things that YouTube makes me say: This contest is not sponsored by YouTube and YouTube isn’t affiliated with it. I’m supposed to provide a link to the community guidelines for YouTube (http://www.youtube.com/t/community_gu…). YouTube is not a sponsor of this “contest” and by participating, you are releasing YouTube from any potential liability, whatever that might be. Privacy notice: I won’t steal your info. If you do win, you can choose to send me your address so I can mail you a paperback copy of the book (or some other prize if that changes) or you can send me an email address and I’ll send you a copy of the ebook. I will do everything in my power to immediately forget your personal information afterwards.

admin

DIY – Solar Battery Charger



Hi Everyone, I am back again with this new video tutorial.
In this tutorial, I am going to show you how to charge a Lithium 18650 Cell using TP4056 chip utilizing the solar energy or simply the SUN.

Wouldn’t it be really cool if you can charge your mobile phone’s battery using the sun instead of a USB charger? You can also use this project as a DIY portable power bank.

The total cost of this project excluding the battery is just under $5. The battery will add up another $4 to $5 bucks. So the total cost of the project is somewhat around $10.

For more amazing projects like this please visit: https://diyfactory007.blogspot.com.au/

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