Build a Qwik-Solar Step by Step




About: Conserver millwright by vocation, focused on design/build sustainable solutions. Like most people, I enjoy the simple pleasures in life.

The idea with the Qwik-Solar is to start small. This solar power generator is designed to be practical and affordable.  With the Qwik-Solar, you can learn to build and use renewable energy on a small scale. 

You learned to crawl before you walked. And you learned to walk before you started to run. The same thing applies here. Each step builds on and leads to the next step.

It’s my hope you’ll expand your skills and knowledge to build even more solar generators.

A Qwik-Solar video has been posted on Instructables here.

A free pdf plan for the Qwik-Solar can be downloaded here.  

Solar Power Kits are now available - Look in the Market Place.   

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Step 1: Tools and Materials

Almost everything you need can be purchased from Harbor Freight.   

Safety First!  Gather all materials together first. Remember to always wear your safety
equipment when using any tools.

Supply List: *prices are current as of 2010

Impact resistant safety glasses @ $2.00
Reusable corded ear plugs @ $1.00
Industrial vinyl gloves @ $3.00

15 watt solar panel @ $80.00
5 in 1 portable power pack @ $100.00
7 amp solar charge controller @ $26.00
Electric tape @ $1.00

Drill Master 18 volt cordless 4 tool combo pack @ $40.00
Note: A hacksaw can be used in place of a power saw.

Items for your mounting frame can be purchased from a home improvement center.

One 10 foot lengths of schedule 40, 1.25” PVC pipe @ $4.00 
PVC primer, glue, and connectors @ about $20.00
Self tapping (#8 or #10) ¾ inch screws @ $4.00/box

All together, your first Qwik-Solar will be between $275.00 and $300.00

Step 2: Set Up Workbench

It’s highly recommended to build your Qwik-Solar outside. This is due to the fumes given off by the PVC primer and glue.  At the very least, keep a window or a garage door open so you don’t become sick from the fumes. Use a fan to circulate the fumes to the outside.

Your workbench can be an old table, plywood on sawhorses, or even a picnic table!

The important thing to remember is to ORGANIZE your bench for the work at hand. Make sure your power tools are charged. You’ll be building the frame first, then installing the solar panel and other components to it. Plan accordingly! 

Step 3: Build Frame

You’ll need to measure and cut the following from the pvc pipe:
  • 2 pieces at 4 inches long. The red pipes on the drawing
  • 9 pieces at 10 ¼ inches long. The white pipes on the drawing.
  • 1 piece at 8 ¾ inches long. The blue pipe on the drawing.

You’ll also need 5 ‘T’ and 4 Elbow connectors. The connectors must be FEMALE fittings. The pipes will be inserted into the connectors. Dry fit all your pieces together first. Once you’ve tested for fit, then take it apart and begin priming the ends of the pipe.

ONLY ONE SIDE OF EACH 4 inch pipe will be primed. The UNPRIMED ends are inserted into the center ‘T’. It becomes the pivot for your 8 ¾ inch leg. Only one end of the 8¾ inch leg is primed and glued.

Begin gluing the ends and fitting the parts together. Start from the inside and work your way outward. The glue can dry quickly. Hold it flat against the table after each piece is glued. You want a straight frame to install your solar panel on.

Remember to wear your safety glasses and hearing protection when cutting the pipe. Wear gloves when gluing. Always glue the parts together in a well ventilated area.  

Step 4: Install Components

Begin unpacking the components from their boxes. Take an inventory of the wiring for each component. Notice the ‘One Way’ plugs. They’re made that way so one doesn’t confuse the negative for the positive power side when wiring it together.

BEFORE COMPONENT INSTALL - READ THE MANUALS - FOLLOW THE CHARGE TIMES. Become familiar with each item & how it works before installing.

Starting with the solar panel, insert the tabs into the raceway. Two to each side of the panel. Give each a quarter turn so it sticks out from the side of the panel. Then lay your panel face up on the frame.

Align your tabs with the four ‘T’s that form the inner square of the frame. Each should line up about center. Use your drill driver and secure a self tapping screw into each tab. Your panel is now secure to the frame.

Put the foam cushion back over the panel and lay it face down. Align your 7 amp charge controller on the center of the middle pivot ‘T’. Secure it with a single self tapping screw at the top of the controller.

Step 5: Wire Components

Wiring your Qwik-Solar is easy. The charge controller has three wires already marked. One each for ‘battery’, ‘solar’, and ‘load’.

First, use the electrical tape to isolate the ‘load’ wire. We won’t be using it. Bend back the red load wire and tape it off until you can’t see it. Then do the same for the black load wire.

Next, connect your solar panel to the plug marked ‘solar’ on your charge controller.

Last, use the dc extension cord (with the cigarette lighter plug) and connect it to the plug marked ‘battery’ on the charge controller.

The other end of the dc adapter will plug into the dc outlet on the front of your power pack. This recharges your battery using solar energy.

Congratulations! You’ve completed your first Qwik-Solar! 

Step 6: Charging the Pack

Read Your Power Pack Manual for Charging Instructions

Use the AC adapter for the first full charge of your power pack. After that, you can use the solar panel to recharge your pack.

Depending on weather conditions in your area, the panel can recharge the pack in about 1 to 3 days. It even works in cloudy weather.

Do Not leave it out in the rain. The charge controller is NOT water proof.

Unplug the solar panel from the charge controller when not in use.

Step 7: Use and Enjoy!

As your budget allows, it’s a good idea to buy a second power pack. While your using one, the other is recharging.

The Harbor Freight 5 in 1 power pack is very versatile. This 12 volt unit includes:
  • A 400 watt inverter with two AC plugs.
  • A jump starter for your vehicle.
  • An air compressor to inflate tires
  • A voltage meter to check battery charge
  • An emergency light
  • Two DC plugs
It can get you through short power outages. Run appliances and electronics such as a cell phone, television, radio, or lights. It CAN NOT run a refrigerator, freezer, or electric stove - these appliances are too big of a load for this small power pack.

If you own an RV or like to go camping, then the Qwik-Solar is perfect for you. Use DC appliances, such as coffee makers, electric skillets, or blenders.  Use it for a Tail Gate Party at the Game.

DC power is more efficient because there are energy losses when converted to AC power. Your power pack lasts longer when DC appliances are used. 

We offer a Power-Pax Manual on our website when your ready to expand your solar knowledge and skills beyond Qwik-Solar. 

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    46 Discussions


    6 years ago on Introduction

    Please join me in providing Solar to Sandy - It's our IndieGoGo campaign to send emergency solar generators to families in New Jersey.  Thank you. 

    iPower Station.jpg

    4 years ago

    I like it.i have similar power pack for camping (diehard 1150. has 12v 120v& USB). But now, for the house, could I put at least one in a room and charge from solar. I'm thinking I could power everthing except the frig & dryer.


    5 years ago on Introduction

    i wouldnt call H.F. the best tool company. they dont buy from iso2000 company s at all. their product tend to be grade A - grade F. they just buy en-bulk an let their end store stores deal with any problems when they arise.


    6 years ago on Step 7

    just give a mix link page not yr website at all! please fix .


    6 years ago on Introduction

    if u use the charging inlet plug uill have a better set-up to charge the on board battery.


    6 years ago on Introduction

    I have been web-surfing for weeks looking on how to do this. So glad I found you !!
    We sold our trailer and kept our two, 50 watt Kyocera solar panels that are wired together for 100 watts. We also have a Die Hard Portable Power 950, that we want to solar charge for camping.
    1) Should we separate the solar into one 50 watt ( mainly for ease of transport )
    2) We used Morningstar controller that sold w/ trailer. Trusting that product, what "amp"
    controller do you recommend on 50 and or 100 watt panel ?
    3) Do the "controllers" have different plug-ins in back or do you have to wire in correct one that comes with Power Pack ? Is there a "multiple" plug-in to use ?
    3) Power Pack has wall plug-in and small round end that goes into back to recharge. Can you recharge via front 12 volt ?
    4) Also have a 410 watt power converter, can this be used somehow via panels ?
    Thank you- thank you for being out there in web land !!!!


    6 years ago on Introduction

    Hi Conserver,

    A great article and easy step by step guides. The power pack is also readily available in the UK too.

    One question that I have is I am looking for a power solution for wild camping where an electric hookup isn't available at it appears this setup won't allow me to use a 12V refridgerator which is rated at 85w. Do you have any other examples of a setup that would do the job?


    6 years ago on Introduction

    Just added a New Perk in Solar for Sandy.  Preview Here.  Thank you and have a great weekend! 


    7 years ago on Introduction

    To clarify Qwik-Solar charge times:

    1.  Battery is 18 amps and shouldn't be discharged more than 50%
    2.  The 15 watt thin film panel puts out about 1 amp per hour
    3.  9 amps / 1 amp hour = 9 hours to solar charge
    4.  Charging the power pack from a wall outlet will take 24 to 48 hours - iow - solar charging is much faster

    NOTICE:  We do not recommend trying to solar charge a battery without a charge controller.  Solar charging a battery without a controller can result in the battery acid boiling off and/or causing the battery to explode.  Be Safe and Use a Controller.

    If  you need more solar power with faster charging, then we recommend our iPower Station 85:


    7 years ago on Introduction

    This is GREAT! I think even I can do this. My only problem is buying the parts, which I will have to do as I go. Thanks for the great instructions not only on how to build it, but where to get all the necessary parts.

    Thank you.

    1 reply

    Reply 7 years ago on Introduction

    Your welcome!
    Just updated my profile - linked to Solar Mak with out iPower Stations - so one doesn't have to search everywhere for parts. :)

    JonloWindy Miller

    Reply 7 years ago on Introduction

    Thank you very much, Wendy Miller!
    Just realized I had the old web site listed in my profile. It now links to the new web site (Solar Mak) with our updated iPower Stations. There's also a 'Solar Pedia' - let me know what you think! :)


    7 years ago on Introduction

    Hello. With the charge controller in place, could you effectively leave your kit in place 24/7? Would it work like a float charger if you weren't using any power?

    Thank you for your time


    3 replies

    Reply 7 years ago on Introduction

    Hi Dave,

    Yes. The charge controller prevents back feeding to a panel at night, so one can leave it in place 24/7. If a power pack/battery is plugged into the solar charger it will keep it topped off ('float charge').

    We are wrapping up a new portable solar power kit in the next few weeks that blows this one out of the water for price to performance - I'll be posting here as they become available.

    If I can help in any other way - just post a question here!


    Reply 7 years ago on Introduction

    Fantastic! Also, thank you for your quick reply. I am very excited to see your newest design!

    I'm hopeful to have something I can leave outdoors (rain or shine) in the future, charging a battery bank for either emergency or general use.

    Thanks again


    Reply 7 years ago on Introduction

    Thank you, Dave!

    I'm wrapping up the new website now - should be ready with the online store by next week. I'll post a link here when it's ready.

    We'll also be offering a home solar kit (permanent install) which might work better for you.

    I'll post an update next week!

    Windy Miller

    8 years ago on Introduction

    What a brilliant idea! I'm going to do this for camping as we have one of these. I never thought it could be that easy to do, I feel like kicking myself lol

    Many thanks!!


    1 reply
    JonloWindy Miller

    Reply 8 years ago on Introduction

    Your welcome, Windy. It's becoming one of the easiest to use power solutions for camping. The little mutli-purpose power pack got me even more hooked on solar energy to power all kinds of things.