阅读说明：本技术 省电式的用电装置 (Power-saving power utilization device ) 是由 王登宏 王综汉 于 2018-08-07 设计创作，主要内容包括：本发明公开了一种省电式的用电装置,其是借由一动力系统接收一初始电能提供电力后再带动一飞轮转动,该飞轮转动可借由惯性原理在转动时产生较大的扭力,再由飞轮的轮轴另一侧的输出端连动至发电装置,借以驱动发电装置产生较大发电量,即是能以较少的市电产生出较大的扭力来增加发电量,达到节能省电的效果,而发电装置产生的多余的电力亦可回馈到一储电装置,该储电装置所储存电力具有可提供动力系统运作的起始功能。(The invention discloses a power-saving electricity utilization device, which receives initial electric energy by a power system to provide electric power and then drives a flywheel to rotate, wherein the flywheel can generate larger torque force when rotating by virtue of the inertia principle, and then is linked to an electricity generation device by an output end on the other side of a wheel shaft of the flywheel so as to drive the electricity generation device to generate larger electricity generation amount, namely, the larger torque force can be generated by less commercial power to increase the electricity generation amount, so that the effects of saving energy and electricity are achieved, redundant electric power generated by the electricity generation device can also be fed back to an electricity storage device, and the electricity stored by the electricity storage device has the initial function of providing the operation of the power system.)

1. A power-saving electric device is characterized by comprising: a power system capable of receiving an initial electric energy to provide electric power; the flywheel is connected with the power system and is driven by the power system to rotate; the power generation device is linked to the power generation device through the output end of the wheel shaft of the flywheel, the generated power can be used for power utilization of ordinary families and factories, and redundant electric quantity can be fed back to a power storage device.

2. The power-saving electric device according to claim 1, wherein: the initial electric energy is commercial power of a power grid.

3. The power-saving electric device according to claim 1, wherein: the powertrain system includes a motor.

4. The power-saving electric device according to claim 1, wherein: the output end of the wheel shaft of the flywheel is linked to the power generation device by a belt, the produced excess power is stored in the power storage device, and the power of the power storage device is combined with the commercial power to gain and drive the power system.

5. The power-saving electric device according to claim 1, wherein: the output power end generated by the power generation device forms a load power end which can be connected to household electrical equipment and factory mechanical equipment and is provided for other equipment.

6. An electricity-saving electricity utilization device is characterized in that: the flywheel of the first group generates larger torque force when rotating by virtue of the inertia principle, then drives the power system of the second group and the flywheel to generate larger torque force, and is sequentially connected in series to the Nth group to generate larger torque force, and finally can be linked to a power generation device, the generated power can be used for power consumption requirements of ordinary families and factories, the redundant power can be used as electric power storage, and the intersection of the serial connection of the power system and the flywheel of each group is also provided with a switch and is connected to any power generation device started by different torque force.

Technical Field

The invention relates to a power-saving electricity utilization device, in particular to a power system which receives initial electric energy to provide electric power and then drives a flywheel to rotate, wherein the flywheel can generate larger torque force when rotating by virtue of the inertia principle, and then is linked to an electricity generation device by an output end on the other side of a wheel shaft of the flywheel so as to drive the electricity generation device to generate larger generated energy, namely, the initial electric energy can be used or for example, commercial power is used as the initial electric energy to generate larger torque force to increase the generated energy, so that the effects of saving energy and electricity are achieved, redundant electric power generated by the electricity generation device can also be fed back to an electricity storage device, and the stored electric power of the electricity storage device has the initial function of providing the operation of the power system.

Background

In recent years, global energy is about to face the crisis of energy exhaustion, and measures for limiting electricity consumption are often taken in the electricity utilization process, so that methods of generating electricity energy by using wind power, solar energy, water power, coal, nuclear energy and the like are continuously developed in various countries in the world, so that the consumption speed of traditional energy is reduced.

The generation of energy by wind, solar, hydraulic, etc. is limited by local limitations, and coal and nuclear energy are polluting and dangerous. Therefore, in view of the defects of the existing methods for generating electricity by using wind power, solar energy, water power, coal and nuclear energy, the inventor of the present invention continuously develops and improves the methods and finally develops an electricity-saving electricity-using device.

Disclosure of Invention

The invention mainly aims to provide a power-saving type electric device which achieves the effects of saving energy and electricity.

Based on the above, the present invention mainly adopts the following technical means to achieve the above object.

A power-saving electric device comprises: a power system capable of receiving an initial electric energy to provide electric power; the flywheel is connected with the power system and is driven by the power system to rotate; the power generation device is linked to the power generation device through the output end of the wheel shaft of the flywheel, the generated power can be used for power utilization of ordinary families and factories, and redundant electric quantity can be fed back to a power storage device.

Further, the initial electric energy adopts the commercial power of the power grid.

Further, the powertrain system includes a motor.

Furthermore, the power generation device is linked to the power generation device through the output end of the wheel shaft of the flywheel by a belt, the excess power generated by the power generation device can be stored in the power storage device, and the power of the power storage device can be combined with commercial power to gain the power system.

Furthermore, the output power end generated by the power generation device forms a load power end, and the load power end is connected to household electrical equipment and factory mechanical equipment and is provided for other equipment.

A power-saving electricity-using device comprises a plurality of groups of power systems and flywheels which are connected in series, wherein the flywheels of a first group generate larger torsion when rotating by virtue of the inertia principle and then drive the power systems of a second group and the flywheels to generate larger torsion, the flywheels are sequentially connected in series to an Nth group to generate larger torsion, and finally the flywheel can be linked to an electricity-generating device, the generated electricity can be used for electricity demand of ordinary families and factories, the redundant electricity can be used as stored electricity, and a change-over switch is arranged at the intersection of the series connection of the power systems and the flywheels of each group and is connected to any electricity-generating device started by different torsion.

After the technical means is adopted, the invention uses a power system to receive initial electric energy to provide electric power and then drives a flywheel to rotate, the flywheel can generate larger torsion force when rotating by virtue of the inertia principle, and then the flywheel is linked to the power generation device by the output end on the other side of the wheel shaft of the flywheel so as to drive the power generation device to generate larger generated energy, namely, the larger torsion force can be generated by less commercial power to increase the generated energy, so that the effects of saving energy and electricity are achieved, the redundant electric power generated by the power generation device can also be fed back to a power storage device, and the electric power stored by the power storage device has the initial function of providing the operation of the power system.

Drawings

FIG. 1 is a block diagram of a power-saving electric device according to the present invention.

FIG. 2 is a block diagram of the power supplied by the power generator of the present invention.

Fig. 3 is a perspective view of the power saving electric device of the present invention.

FIG. 4 is a block diagram of the power saving power consuming apparatus of the present invention.

FIG. 5 is another block diagram of the power saving electric device of the present invention.

[ notation ] to show

10 electric device

A initial electric energy

B commercial power

1 power system

11 Motor

2 flywheel

20 wheel axle

21 leather belt

3 generating set

4 load power consumption end

41 household electrical appliance

42 plant machinery

43 electric power storage device

5 first group

6 second group

7 Nth group

8 change-over switch

G1 and G2 power generation devices.

Detailed Description

The present invention relates to a power saving electric device 10, which utilizes an initial electric energy a to operate a power system 1, and the initial electric energy a can be widely and generally replaced by commercial power B. The present invention utilizes the engineering concept of reverse-recovery, such as in each consumer home, power-consuming factory and other types of power-consuming places using the power supplied by the power grid of the power company, the power-consuming places can further estimate the margin power value according to the average power consumption (accurately known by the electricity meter), and then the power-generating device with the power generation amount according to the margin power value is adopted, so that the torque value required by the operation of the power-generating device can be calculated, the torque value output by the rotation of the output shaft of the motor 11 in combination with the flywheel 2 can be increased, therefore, the same commercial power B is supplied to the motor 11, the inertia of the torque can be increased by the flywheel 2, the power-generating device 3 can generate multiplied power, the power can be used for the home, factory and any place needing power, the surplus power can also be fed back to a power-storing device 43 for storage, the power stored in the power storage device 43 can provide the initial function of the operation of the power system 1, and because the invention can generate the generating power value with the multiplying effect, under the condition of fixed average power consumption, less power can be input (namely, the using degree of the electric meter can be reduced) so as to achieve the original fixed average power consumption, namely, the power saving effect can be achieved.

To understand the structure of the present invention in more detail, please refer to fig. 1, fig. 3 and fig. 5, the present invention provides a power saving electric device 10, which includes:

a power system 1, the power system 1 includes a motor 11, which receives an initial power a for providing power, the initial power a can be used by a utility power B of a power grid, as shown in fig. 5;

the flywheel 2 is connected with the power system 1, and the power system 1 can drive the flywheel 2 to rotate, so that the flywheel 2 generates larger torque force when rotating by virtue of the inertia principle;

the power generation device 3 can be linked to the power generation device 3 by the belt 21 through the output end of the wheel shaft 20 of the flywheel 2, the generated power can be used in families, factories and any places needing power, the redundant power can also be fed back to a power storage device 43 for storage, the power stored in the power storage device 43 has the initial function of providing the power system 1 for operation, and the power of the power storage device 43 can be combined with the commercial power B to gain and drive the power system 1.

Referring to fig. 2, the sufficient output power generated by the power generator 3 can form a load power terminal 4, and the power generated by the load power terminal 4 can be provided to the household electrical equipment 41 and the plant mechanical equipment 42.

Generally speaking, the torque required by the household electrical appliance 41 and the plant mechanical equipment 42 needs to utilize a certain amount of electric power, and the power system 1 receives the electric power provided by the utility power a, and the power system 1 drives the flywheel 2 to rotate, so that the flywheel 2 generates a larger torque when rotating by virtue of the inertia principle, that is, a smaller utility power can generate a larger torque to increase the generated energy, thereby achieving the effects of saving energy and electricity.

Referring to fig. 4, the power saving electric device can use multiple sets of power systems and flywheels connected in series, so that the flywheel of the first set 5 generates a larger torque force when rotating by the principle of inertia and then drives the power system of the second set 6 and the flywheel to generate a larger torque force, and the flywheel is connected in series to the nth set 7 in sequence to generate a larger torque force, and finally can be linked to the electric generating device 3, the generated electric power can be used for general households, factories or electric storage, and the intersecting part of the series connection of each power system and flywheel can also be provided with a switch 8 and connected to the electric generating devices G1 and G2 which respectively need different torque forces to start.

In summary, the present invention provides an electricity-saving power device 10, wherein a power system 1 is used to drive a flywheel 2 to rotate, the flywheel 2 can generate a larger torque force when rotating by the principle of inertia, and the larger torque force is then coupled to a power generation device 3 through an output end of a wheel axle 20 of the flywheel 2 to drive the power generation device 3 to generate a larger amount of power, so as to achieve the effect of saving energy and electricity, and the surplus power generated by the power generation device 3 can be fed back to an electricity storage device 43, and the electricity stored in the electricity storage device 43 has an initial function of providing the power system 1 with operation.