Here are some photos of the Powerslide installation at Guestroom 2010, part of the HITECH convention in Austin, TX from 06.17.08-06.19.08.  Our prototype is mounted to a closet sliding door within the “Guestroom” - a temporary hotel room designed to display future products for the hospitality industry.  It turned out pretty well and we are satisfied with the results, minus a few minor hiccups - but hey, it is a prototype!

The glass sliding door installed in the Guestroom.  On the floor is our Powerslide mechanism as we prepare to mount it to the door.

Mounting the magnet panel to the sliding door.

Wiring the lights inside of the closet with the Powerslide mechanism attached to the door and wall.  The coil panels with aluminum valance is a stationary component mounted to the wall.

LED lights used to light up the contents within the Guestroom closet.

Wiring the lights and mounting to the inside of the closet.

The Powerslide mechanism with installation complete. 

Sliding the glass door powers the LED lights inside of the closet.

See how bright!  And they stay illuminated for 20 - 30 seconds.

See the Powerslide in motion!

Here are more images for the Powerslide prototype that we are exhibiting at Guestroom 2010 at the HITEC exhibition in Austin, TX.

Coils wired up and placed next to eachother in the casting armature.

Getting ready to to a test resin cast with woven fiberglass.

Preparing a mock sliding door to test the prototype on.

Magnet panel attached to a mock door for testing.

Coils in place on the armature with woven fiberglass.  We covered the mold in plastic so that we could pop out the resin easily - though I would not recommend this in the future - as we discovered it left a wrinkly texture on the resin.

One of the resin coil panels ready to be added onto the aluminum door valance.

Attaching the resin coil panels to the valance.

All installed.

Resin coil panel and magnet panel. Ready to make some power!

Wiring the LED lights that display the harnessed power.

Here are some of the images of our upcoming prototype called Powerslide to be exhibited at Guestroom 2010 in Austin, TX from June 17-19, 2008. 

Powerslide is an innovative product that turns the sliding motion of common building components such as sliding doors, windows, and drawers into a source of energy.  The device uses an integral alternator designed for each application to harness and locally redistribute the energy.  In Guestroom 2010, the Powerslide is attached to a sliding closet door.  Each time a hotel guest opens the closet door, a negligible amount of their energy will be converted to light, illuminating the closet’s contents. 

 We are working frantically, and believe it or not effectively, toward this end - perhaps some of our past experiences have finally taught us a lesson!

 
Winding coils again!

This time we have made an armature to cast the coils in resin.

Coils wired up and soldered together.

Assembly line for putting together the magnet panel.

 
Magnet panel - which still needs a coat of paint.

Fluxxlab with Mouna Andraos taught a workshop on Alternative Energy at Eyebeam on 04.05.08 in conjunction with the FEEDBACK exhibition, where participants were shown how to make a new and improved version of the personal powerPlant.  Eyebeam will have the first edition of the kits for sale in the bookshop after 04.19.08 - more venues are soon to come.

Preparing for the workshop.

Our demo version of the personal powerPlant for reference.  The new design incorporates a cardboard box and masonite gears instead of acrylic.

Setting up the kits before the workshop.

The kits contain similar parts to the original PPP, but we have switched out the 7.2 V NiMH battery for a standard 9V.  We will post updated instructions on Instructables and electroniccrafts.org once we have the kits finalized. 

Paricipants of the Alternative Energy Workshop in coordination with the FEEDBACK Exhibition.

Soldering the circuitboard.

Testing out the visual multimeter with the stepper motor.  It works!

 

We added the donated, reclaimed panels from 3form.  They look really beautiful.  In the near future we will install all four door panels, but for now it is just two.  We also made some adjustments to the mechanism, since the large sprocket was slipping from the central shaft.

 
Four different types of reclaimed 3form with embedded materials such as - copper wires, shell, tree branches, glass.

Detail of the panels with copper wire and shell.

Here are some images from our first succesful attempt with Prototype C!!!  We are very excited to finally get this working properly and are impressed with the output so far.  We will be tweaking the Prototype to see if we can get better results as time goes on.

 
Adjusting the screws holding the wire coils in place on the armature.

See how bright the LED’s are.  The amperage at this point are are so high that we are blowing them out - this will need to be adjusted.

Prototype C in motion, successfully lighting an array of LED’s.

Thanks everyone for coming and making this such a fantastic night.  It was very exciting to see the whole show together and all of our work come to fruition.  Here are some images from the show…

The Revolution Door as the entrance to the FEEDBACK show.

People walking through the door.

The output from the door is used to power an LED sign that we made for the FEEDBACK show.

Here we are testing out the door…

Carmen discussing the door as she gives a demo.

I am explaining the custom alternator that we created - there are still a few kinks that need to be worked out.

Previewing the website/blog at the show, next to the screen is the custom alternator.

I am explaining the mechanics of the door to some friends.

Giving it a test run!

Entrance signage for the show…

Fluxxlab helped design the exhibition, which turned out really lovely due to everyone’s hard work.  Thanks again to Forever Green for donating the turf!

Brooke Singer’s Superfund 365 project and Mouna Andraos’ Power Cart at the exhibition.

Everyone hanging out on the “Green”

Up close you can see the configuration of the walls that seperate each artists work.

Our little sign… we utilized hand crank flashlights as an additional lighting source for the show. 

Fluxxlab on the big screen… Eyebeam filmed the process of each artists work in the show.  Here is our segment…

Our finale picture by the Revolution Door - now for some rest!

The following are images from work over the weekend - we are on the last stretch until the Feedback Exhibition opening at Eyebeam on March 13th.

Laser cutting the spools/armature for the wire coil stator.

Gluing all of the peices for the spools and the base for the stator.

Painting the entry sign for the exhibition that has been laser cut out of masonite.

Soldering together all of the leads from the LED’s for the Feedback entry sign that will be powered by the Revolution Door.

Detail of solder connections.

Gluing together the layers of masonite for the armature of the wire coil stator.

Winding the coils with an electric drill on spools and with the help of a jig to make the process a bit less painful :)  - it takes a while to wind 24 copper coils!  We are using 16 gauge wire.

Painting the armature Fluxxlab purple.

Inserting the coils in place on the armature and mounting securely with screws through the center spool.

All of the coils in place on the armature.

Wiring and soldering the coil stator in series and taping down the leads to avoid crisscrossing of wires.

Among a few different parts that we were preparing this week, here are some images of the magnet rotor being attached onto the door jig with the sprockets.

Here the magnet rotor is in place and we are turning the door to light up an array of LED’s that are powered by the alternator.  The coil stator needs to be made to accompany the magnet rotor in order to produce its own energy.  More on that to come…

These are some images from work over the weekend.  We are trying to use sprockets to increase the RPM and power output from the alternator.

Attaching a wood frame to the steel armature so that the bearings/shafts can be mounted for the sprockets.

Finished wood frame.

Attaching bearings and shafts with different size sprockets to gear up for higher RPM. 

Alignment of sprockets with central shaft, secondary shaft and alternator

Close up of alternator.