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Breakthrough Energy Storage Device

[Category : - ELECTRICITY & LIGHTING]
[Viewed 189 times]

This innovative device efficiently stores energy through the mechanical deformation of disc springs, converting it into electricity when needed.
Designed for long-term energy storage, it captures energy from diverse sources like solar, wind, nuclear, and thermal power plants, as well as excess energy from electrical grids.
By leveraging this technology, industries can optimize energy usage, reduce waste, and improve efficiency, making it a smart solution for both sustainable and traditional power systems.
Not only is this device technologically advanced, but it also represents a forward-thinking investment in a more energy-efficient future.

Financial information

The primary parameters and technical data for the energy storage and conversion device are then detailed, along with various options for calculating stored energy and generator power:

1. For springs with a Diameter = 250 mm
EX350-3(); M= 2082 Nm; P= 31 Kwt; W = 124 Kwt; ?K= 96 %; N= 2
EX350-3(); M= 6246 Nm; P= 92 Kwt; W= 371 Kwt; ?K= 96 %; N= 6
EX350-3(); M= 12490 Nm; P= 184 Kwt; W= 741 Kwt; ?K= 96 %; N= 12
EX350-3(); M= 18740 Nm; P= 277 Kwt; W= 1112 Kwt; ?K= 96 %; N= 18
EX350-3(); M= 37470 Nm; P= 553 Kwt; W = 2225 Kwt; ?K= 96 %; N= 36
T= 4 h; L= 254N/2NL mm; R =720 mm

2. For springs with a Diameter = 370 mm
EX3100-3(); M= 2262 Nm; P= 32 Kwt; W = 159 Kwt; ?K= 94%; N= 2
EX3100-3(); M= 6786 Nm; P= 95 Kwt; W = 478 Kwt; ?K= 94%; N= 6
EX3100-3(); M= 13570 Nm; P= 191 Kwt; W = 955 Kwt; ?K= 94%; N= 12
EX3100-3(); M= 20360 Nm; P= 287 Kwt; W = 1433 Kwt; ?K= 94%; N= 18
EX3100-3(); M= 40720 Nm; P= 573 Kwt; W= 2865 Kwt; ?K= 94%; N= 36
T= 5 h; L= 2164N/2NL mm; R= 1020 mm

3. For springs with a Diameter = 400 mm
EX3100-3(); M= 2878 Nm; P= 40.5 Kwt; W = 202.5 Kwt; ?K= 94%; N= 2
EX3100-3(); M= 8634 Nm; P= 121.5 Kwt; W = 607.5 Kwt; ?K= 94%; N= 6
EX3100-3(); M= 17270 Nm; P= 243 Kwt; W= 1215 Kwt; ?K= 94%; N= 12
EX3100-3(); M= 25900 Nm; P= 365 Kwt; W= 1823 Kwt; ?K= 94%; N= 18
EX3100-3(); M= 51800 Nm; P= 729 Kwt; W= 3646 Kwt; ?K= 94%; N= 36
T= 5 h; L= 2143N/2NL mm; R =2178 mm

4. For springs with a Diameter = 500 mm
EX8000-3(); M= 3538 Nm; P= 32 Kwt; W = 323 Kwt; ?K=94%; N= 2
EX8000-3(); M= 10610 Nm; P= 96.7 Kwt; W = 969 Kwt; ?K=94%; N= 6
EX8000-3(); M= 21230 Nm; P= 193 Kwt; W = 1939 Kwt; ?K=94%; N= 12
EX8000-3(); M= 31840 Nm; P= 290 Kwt; W = 2908 Kwt; ?K=94%; N= 18
EX8000-3(); M= 63680 Nm; P= 580 Kwt; W = 5817 Kwt; ?K=94%; N= 36
T= 10 h; L= 2997NN/2NL mm; R= 1440 mm

Here is a list of abbreviations referenced in the text:
EX – Planetary Gearbox
M – Gearbox Torque (Nm)
P – Generator Power (kW)
W – Device Storage Energy (kWh)
T – Generator Operating Time (h)
L – Length of Two-Stage Roller Screw Mechanisms in a Given Row (mm)
R – Radius of the Cylindrical Housing of the Roller Screw Mechanism (mm)
N – Number of Double Roller Screw Mechanisms
NL – Number of Parallel-Mounted Roller Screw Mechanisms
?K – Generator Efficiency Factor (%)

Patent publications:

US 20240141873

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