Energy Block

Micro Fire Extinguisher

Energy Router

Ada

22 December 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 2

 

  • 3rd draft animation for CFE on battery pack
  • 2nd draft animation for CFE on battery pack

27 November 2019

Anzene Explosion Tests

 

  • CFE older version with digital and heat sensitivity line
  • South Korea LG Electronics asked a couple of times to see sample
  • Attached video and photos is for documentation
  • Explanation:
    The blue one is the thermal sensitivity wire that will activate @170 ± 10 degrees. The other 2 wires are digital wire that can be activated by sending 24v / 700 amp (regardless of positive and negative) and will start-

30 August 2019

Anzene Explosion Tests

 

  • 2 designs are done. one that is a flat head. one with the same extrusion
  • Both covers will be in normal ABS material that can be burned and ignite the fuse inside.

28 August 2019

Anzene Explosion Tests

 

  • Overview:
    • Explosion test via overcharging on cylinder Lithium Ion battery cells is too hard to control. As there is some fuse within it to prevent from overcharging
    • Explosion test via punctured test on cylinder Lithium Ion battery cell is hard to manag as its harder to strike on cylinder surface
    • Explosion test via overcharging on Lithium Polymer battery is easier to manage as it does not the fuse inside.
    • Explosion test via punctured test on Lithium Polymer battery is easier to manage as it has flat surface
    • With the above conditions, we will set up the condition in specific manner to ensure the effectiveness of Anzene’s CFE on lithium-xx batteries.
    • The first series of tests is only to have stamp of “satisfaction’ from stats board from Singapore. More specific tests will have to work with institutions.
    • To focus only on these 2 tests (5 tests we wish to have. Check 21st Aug post) with few variants:
      1st: Electric scooter with Cell.Fire.Extinguisher
      4th: Explosion-proof Bag & Electric Scooter with Cell.Fire.Extinguisher
    • With reference from Tian Jin China Research Test Lab for Emergency Department , the conditions are used to simulate battery cells fire.
      • Using 50 mm of 92# petrol as the base.
      • Set it up on fire with an introduction fire source
      • Let it burn for 60 sec
      • Then introduce our test conditions depending on our test
        • Our supplier partner has tested with above authorities for Class B and electric cable fires. Can check the images for more information
        • Setting up the conditions to simulate overcharged battery pack
          • to use 36x16x8 cm aluminum box to represent the deck of all e-scooter/ bike battery enclosure.
          • to fill up with 92# petrol (petrol to cover the base of the entire box) on the alu box
          • Put a charged battery pack of lithium ion cells inside
          • Put a small lithium polymer battery
          • Punctured the lithium polymer battery
          • Set it up on fire with an introduction fire source
          • Let it burn for 60 sec
        • Variant 1:
          • After 60 sec
          • Without closing the cover, throw in the CFE to observe the effect
        • Variant 2:
          • After 60 sec
          • With the CFE that is sticked on the Alu. box cover, close the lid cover to observe the effect
        • Variant 3:
          • After 60 sec put 2 to 3 Alu.box that is on fire
          • With the CFE that is sticked on the fire proof bag, close the lid cover to observe the effect

21 August 2019

Anzene Explosion Tests

 

  • 1st: Electric scooter with Cell.Fire.Extinguisher
  • 2nd: Battery pack with fire extinguisher
  • 3rd: Explosion-proof Bag & Energy Block without Cell.Fire.Extinguisher
  • 4th: Explosion-proof Bag & Electric Scooter with Cell.Fire.Extinguisher
  • 5th: B2C Cell-fire-extinguisher
    • *All tests with Lithium-ion battery
    • **Final cost @ 10 000 rmb for each.
    • ***Suggestion to do ourselves in Singapore
    • ****Tentative Due Date: 30th Aug 2019

17 August 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 2

 

  • B2C market
  • 4 holes will spread around to have 360 degree effect while maintaining the output pressure. No more additional holes needed
  • the top cover allows for keychain
  • after confirmation, the cover will be prototype and used on current cell.fire.extinguisher.

14 August 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Videos to show human safety and non-toxin and non-metal corrosive.
  • Video for non-metal corrosive is uploaded (showing when activated, desktop is still working)
  • Video for non-toxin
  • Video of a handheld bottle fire extinguisher. (output time of 11 sec of activation with 11grams – much better than the standard in the homes system)
  • Reference with Cell.Fire.Extinguisher that has 2g and and 2 sec activation
  • Question: how much can per gram of cell.fire.extinguisher extinguishes grams of lithium ion’s?
    • Ans:
      • In China fire safety standards, fire extinguisher will not use this battery chemistry’s base as there will be too many standards, with each series, different effective grams
      • & since this improved compound that is non-toxin, non-corrosive, environment friendly, and not dangerous to human’s respiratory and is suitable for Class A, B, C, D fire,
      • the standard way is by surface area (our C.F.E has an active are of 0.013 m^3. so our C.F.E with the current size that has 2 grams has an effective range of 0.026 m^3)
      • since this C.F.E is mainly designed for Energy block that has 20 cells @ 2kg with all components. Each cell is @ 70 grams. 20 cells has a total grams compound of 70*20 = 1400 grams of lithium-ion battery. The effectiveness is 700 grams of lithium-ion battery per gram of C.F.E
  • Cell-Fire-Extinguisher’s content human safety check on skin and respiratory danger: Green Light by China Health Board:

7 August 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Anzene Energy Block with jig (fire reducen material) and cell.fire.extin will be sent to singapore for testing
  • it can be put in LIPO bag charged with high output ACDC to explode it
  • 2-4 sets of fire extine with ur packs for testing.
  • 20x more cell.fire.extin is made for testing. 12x units will be sent to Singapore. 8x units in China HQ. NO additional cost required
  • *B2C:
    • How to make it for B2C?
      • to remain the same pressure of output for the content, the holes to remain but spread it 360 degree for omni directional content-release
  • http://www.scielo.br/scielo.php?script=sci_arttext…
    • Content for our fire extinguisher
  • https://www.propwashed.com/lipo-battery-container-testing/
    • battery cell testing

27 July 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • compiled video for showcasing fire extin
  • current content can only show from team’s phones/laptops but not give as need more quantification

20 July 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • The following is the process for doing the cell fire extinguisher by a local authority for 5000 rmb:
    • an assurance that the cell fire extinguisher can put out lithium ion battery: In the case that a cell really caught a fire, the cell fire extinguisher will fume the other cells from catching fire, preventing it from spreading. It’s very hard to stop a cell that caught a fire.
  • Anzene energy block has one more hardware feature that it as a IP67/68 air pressure valve to release the pressure inside if, if, if there is fire. This would prevent from exploding like a bomb.
  • right now, the tests are on kerosene and its not relevant
  • The first test will be on the e-scooter
  • To ask in detail how fire extinguisher tester is doing the explosion: the answer is by charging
  • one can fume 0.013 m^3
    • Video format for Singapore team to edi:
      • Before:
        • a video that shows the cell fire extinguisher is put inside
        • a video to show that the e-scooter is striped down and put with the cell fire extinguisher
      • After:
        • an angle showing on the big scene
        • an angle focusing on the battery area
        • an angle focusing on the top
        • then let it explode and see how it stopped
        • A video to show that its being charged
          • *to show its charging
          • *to put furniture by the side
          • *to make it likes it on a living room

14 June 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Patent filed
  • Specs sheets included
  • More content will be updated soon

24 April 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Development team is readied to test with out battery
  • Our battery cells are discovered that it would not explode even overcharging
  • External ignite is to be created for the scene to be tested
  • It was found out that the viral fire vase is also produced around the same time. 
  • this shows fire hazard is increasing with more electronics being used daily.
  • it can be recreated with nicer casing and be treated or sold like a keychain for people to rescue fire by throwing too. to be looked into next time

9 March 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Finalisation of fire extin is done
  • Meeting between battery cells supplier and extin system met to confirm the specs and volume of content to fume any fire

3 January 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Sample of system tested and done
  • Finger got burnt
  • Next to be tested with Battery Pack

2 January 2019

Cell Fire Extinguishing system For Anzene Docking station and Battery pack – Part 1

 

  • Sample of Mold done
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