New battery technologies

The main problems in the production, use and disposal
of modern accumulators batteries
Use of rare earth and toxic materials
High fire hazard
Problems with disposal and reuse
High cost
Temperature sensitivity
High self-discharge
Slow charging and reliance on public
networks
• High susceptibility to aging
• The rising cost of raw materials for
the production of batteries and
accumulators
• High influence of policies on
markets and the cost of rare earth
metals
• Large shortage of chips and control
electronics
2

3.

OUR SOLUTION
NEW BATTERY
A unique symbiosis of nanocomposite technologies
that combines the latest achievements of physics,
chemistry and materials science
3

4.

NEW BATTERY
NEW LEVEL TECHNOLOGY
Innovative technology that allows the production of energyintensive, ultra-thin and flexible energy sources.
• The battery consists of many basic modules combined
into one product.
• The basic module is a complex physicochemical complex:
metal/membrane/liquid. The basic module operates as a
dry metal-oxygen fuel cell.
• The basic module has a thickness of about 0.5 mm and is
unlimited in size, easy to bend and twist. The module can
be given any desired shape.

5.

NEW BATTERY
NEW LEVEL TECHNOLOGY
The core of the technology is a planar metal-oxygen
micro-fuel cell, where the fuel is the free electrons of the
metal.
All components of the basic module are connected to
each other at the molecular level.
Special ionic liquid molecules and carbon nanotubes
are directly embedded in the membrane. One of the sides
is coated with metal foil.
Anode:
Cathode:
Membrane + i-Liquid + mesh graphene
collector
Metal foil

6.

NEW BATTERY
NEW LEVEL TECHNOLOGY
WORK CYCLE UNDER LOAD
METAL FOIL THICKNESS
15 days
0.1 mm
5 months
10 x 0.1 mm
Up to 3 years
250 x 0.1 mm

7.

NEW BATTERY
BASIC SPEСIFIСATIONS
Model
Type
NB
Planar Dry Metal/Oxygen
Energy intensity, mAh
3 100
EDR (open circuit), V
2,7
Nominal discharge current, mA
10
Nominal current density, mA/cm2
0,32
Rated energy intensity, mA/cm2
5,1
Rated internal resistance, Ohm
< 10
Dimensions, mm
Thickness, micrometer
297x210x0.2
100 ÷ 250
Self-discharge, % / per year
< 3,0
Storage time, years
10
Operating temperature range, °C
-40 ÷ +70

8.

NEW BATTERY
ADDITIONAL FEATURES & BENEFITS
• We use a patented technological process and original technological
equipment developed by our company.
• In the manufacture are used: target carbon (graphene) nanotubes,
which give one of the sides of the basic module a characteristic black
color; solid electrolyte, also patented by our company.
• All battery cells are dry, capable of operating at temperatures from 50°C to + 70°C without changing the capacity, since there are no
liquid components that could be frozen or evaporated.
• Primary modules are flexible and do not require an additional
package, which allows electronics manufacturers to create power
devices of various shapes and sizes.

9.

NEW BATTERY
Model
S
L
XL
Dry Metal/Oxygen
Dry Metal/Oxygen
Dry Metal/Oxygen
30 000
60 000
600 000
80
150
1500
Output voltage, V
DC5,5
DC5,5/14,5
DC5,5/4,5; AC110/220
Output connectors
Micro-USB, mini-USB;
USB-3
Micro-USB x2, mini-USB
x2; USB-3 x2
USB-3 x3;
Wall-Socket x2
Dimensions, mm
110x85x20
188x145x40
297x210x70
0,510
2,9
12
Cartridge type
Energy intensity, mAh
Power, Wh
Weight, kg
Reload, recharge
Quick Swappable/Recharge
Self-discharge, % / per
year
< 3,0
Storage time, years
10
Operating
temperature range, °C
POWER BANK
MODEL-LINE
-40 ÷ +50
9

10.

∆N
∆NL
Dry Metal/Oxygen
Dry Metal/Oxygen
Energy intensity, Ah
3 500
11 000
Power, kWh
10,5
31
Output voltage, V
DC5,5/12/14,5; AC110/220
DC5,5/12/14,5; AC110/220
Output connectors
USB-A x2, USB-C x4, LAN
Car Port, AC Wall Socket x8
USB-A x2, USB-C x4, LAN
Car Port, AC Wall Socket x8
Dimensions, mm
550x210x350
750x210x550
24
53
Model
Cartridge type
Weight, kg
Reload, recharge
P O R TA B L E P O W E R P L A N T
MODEL-LINE
Quick Swappable/Recharge
Self-discharge, % / per year
< 3,0
Storage time, years
10
Operating temperature range, °C
NEW BATTERY
-40 ÷ +50
10

11.

NEW BATTERY
11

12.

Model
F
D
XD
Dry Metal/Oxygen
Dry Metal/Oxygen
Dry Metal/Oxygen
3 100
25 000
50 000
8
65
130
Output voltage, V
DC2,7
DC14,5
DC14,5
Output connectors
Micro-USB
Micro-USB
Micro-USB
190
500
1000
297x210x0.2
140x100x50
140x100x85
0,035
1,9
3,2
Cartridge type
Energy intensity, mAh
Power, Wh
Discharge current, mA
Dimensions, mm
Weight, kg
Reload, recharge
DRONE MODEL-LINE
Quick Swappable/Recharge
Self-discharge, % / per
year
< 3,0
Storage time, years
10
Operating temperature
range, °C
NEW BATTERY
-40 ÷ +50
12

13.

NEW BATTERY
∆X
∆XL
BIKE/SCOOTER
Dry Metal/Oxygen
Dry Metal/Oxygen
MODEL-LINE
Energy intensity, mAh
60 000
150 000
Power, Wh
150
400
Output voltage, V
DC14,5
DC14,5
Output connectors
USB-C
USB-C
Dimensions, mm
145x110x12
145x110x55
Discharge current, mA
190
500
Weight, kg
0,5
2,5
Model
Cartridge type
Reload, recharge
Quick Swappable/Recharge
Self-discharge, % / per year
< 3,0
Storage time, years
10
Operating temperature range,
°C
-40 ÷ +50
13

14.

∆S
∆SL
Cartridge type
Dry Metal/Oxygen
Dry Metal/Oxygen
Power, kWh
200
300
Output voltage, V
DC14,5
DC14,5
Dimensions, mm
2100x1500x150
2100x1500x150
175
250
Model
Weight, kg
Reload, recharge
Quick Swappable/Recharge
Recharge time, s
45
300
Self-discharge, % / per
year
< 3,0
< 0,5 (month)
Storage time, years
10
1
Operating temperature
range, °C
-40 ÷ +50
Mileage cost, $/100 km
< 3,6
NEW BATTERY
A U TO M OT I V E M O D E L - L I N E
14

15.

NEW BATTERY
AUTOMOTIVE MODEL-LINE
The range of car batteries can be used as the main source of energy for an
electric vehicle.
The battery provides a range of 1000 to 1500* km on a single charge.
*At the rate of 20 kW per 100 km
15

16.

NEW BATTERY
AUTOMOTIVE MODEL-LINE
16

17.

NEW BATTERY
SCOPE OF
A P P L I C AT I O N
CONSTRUCTION AND OPERATION OF
BUILDINGS, STRUCTURES AND
INDUSTRIAL FACILITIES
OIL AND GAS
INDUSTRY
FORESTRY
NONSTANDARD
TASKS
POWER
INDUSTRY
GIS
CARTOGRAPHY
ROAD
MAINTENANCE
AGRICULTURE
TRANSPORT
MINING
INDUSTRY
SEARCH AND
RESCUE
TELECOMMUNICATIONS
EDUCATION
MEDICAL
17

18.

NEW BATTERY
MASS PRODUCTION COST
100
$
FAIR PRICE FOR THE END USER
• for 1 kW of electricity

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