The H-Bat MVP specifications include a 360Wh, 12V battery that outputs 120W of power at 10A and stores 1% hydrogen by weight (240L). It uses a revolutionary non-platinum catalyst and microcavity storage material, has a runtime of 3 hours, weighs 1.32kg, and stores over twice the energy of a Tesla car battery at a comparable weight.

1. H-Bat MVP Specifications: 360Wh, 12V, 10A at 1% H2 Storage by Weight
Electrical Properties
Current Density Catalyst 0.205 A/cm2 Revolutionary non-platinum group catalyst
Higher densities are achievable. IP 1
Outside Cell Area 10 cm x 10 cm CNC machined light weight ABS with specific
flow channel patterns
Active Catalytic Surface 07 cm x 07 cm
Voltage per Cell 1.2 V Is limited due to the break down voltage of
water at 1.23 V
Amperage per Cell 10.0 A Current Density x Active Catalytic Surface
Voltage Battery 12 V 10 cells wired in series
Power Output 120 W Battery voltage x Amperage
H2 Storage by Weight 1% Stored in non-gaseus form in revolutionary fuel
storage micro cavity material, using only H20
Higher storage is achievable. IP 2
H2 Storage in Liter 240 l H2 For 1% storage by weight
Operating Temperature 60°C to 80°C Exceptional low temperature fuel cell
Number of Cycles > 6000 Estimate, due to use of specific materials and
lack of cell memory
Runtime Battery 3h Storage of H2 is 240l. At full load we consume
1.3l/min, so 3 hours. At 1.2% we get 288l.
Energy Storage 360 Wh Power Output x Runtime
Power Output Density
Gravemetric Density
90 W / kg Power Output / Total Weight
Weight is 1.32 kg
Power Output Density
Volumetric Density
200 W/ liter Power Output / Volume
Volume is 600 cm3 or 0.6 liter
Energy Storage Density
Gravemetric Density
272 Wh / kg Energy Storage / Weight Battery
Weight is 1.32 kg
Energy Storage Density
Volumetric Density
600 Wh / liter Energy Storage / Volume Battery
Volume is 600 cm3 or 0.6 liter
Energy / Power Ratio Factor 3 Energy Storage / Power Output
Weight
ABS Plates 320 g 10 cells, 20 plates at 16 g / plate
Carbon storage material 800 g Micro cavity storage material
Gasket, nafion membrane
Catalyst and conductive connective
bolts
200 g Nafion membrane is 07 cm x 07 cm
Gasket is 4 mm wide, 2 mm thick made of
rubber
Bolts hold battery together and are conductive
Total Weight 1320 g With accuracy of ± 5%
Volume
Battery Volume 06 cm x 10 cm x 10 cm
600 cm3 or 0.6 liter
3 mm thickness per plate, times 20 is 6 cm high
Intellectual Property
Non-Platinum Catalyst IP 1 Filed via Patent Attorney Office Potter Clarkson,
UK, September 2020
Micro Cavity Strorage Material
including transforming H2O in H2
without classical electrolysis
IP 2 Filed via Patent Attorney Office Potter Clarkson,
UK, September 2020
Battery Architecture IP 3 Filed via Patent Attorney Office Potter Clarkson,
UK, September 2020
Comparison withTesla S Car Battery, 100 kWh, 750 kg
Battery Weight 750 kg Info Tesla Dealership
Equivalent H-Bat Energy Storage 204 kWh Double the energy storage of a Tesla Battery
Equivalent H-Bat Power Output 67.5 kW / 91 HP Car acceleration via the use of Capacitors
Equivalent H-Bat Range 1020 km 16 to 20 kWh per 100 km, according to Tesla
Dealership
1