CN214153430U - Intelligent micro-grid power station with vibration reduction function - Google Patents
Intelligent micro-grid power station with vibration reduction function Download PDFInfo
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- CN214153430U CN214153430U CN202022721006.1U CN202022721006U CN214153430U CN 214153430 U CN214153430 U CN 214153430U CN 202022721006 U CN202022721006 U CN 202022721006U CN 214153430 U CN214153430 U CN 214153430U
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Abstract
The utility model discloses an intelligent microgrid power station with vibration reduction function, the power station comprises an oil engine compartment and an equipment compartment, after the equipment compartment is electrically connected with the oil engine compartment, the equipment compartment controls the power generation and distribution of the oil engine compartment, the power station also comprises a battery compartment for power storage, the battery compartment is electrically connected with the equipment compartment, the oil engine compartment is also provided with a discharging interface, and the discharging interface is electrically connected with the equipment compartment; a damping assembly is also provided in the power station. The equipment cabin realizes the control of the power generation and the power distribution of the oil engine cabin, a part of electric energy can be stored in the battery cabin after the equipment cabin is used for controlling the oil engine cabin to generate power through the arrangement of the battery cabin, and after certain electric energy is stored in the battery cabin, the battery cabin and the oil engine cabin can be discharged together to the outside through the power distribution of the equipment cabin, so that the high-power load requirement is realized. Through the setting of damping subassembly, can effectually prevent that the frequent emergence of equipment from vibrating, causing the part to damage, reduce life.
Description
Technical Field
The utility model belongs to the technical field of intelligent power station, in particular to intelligence microgrid power station with damping function.
Background
With the rapid development of national economy and the continuous improvement of the living standard of people in China, the electricity consumption of a plurality of infrastructure sites (such as automatic control systems or heat preservation systems of construction sites of high-speed railways, expressways, bridges, tunnels and the like) and occasions of living facilities (such as uninterrupted refrigeration of a refrigeration train unit in the transportation process or in a marshalling station or small refrigeration houses in remote villages) relates to the condition that no power grid is used for supplying power.
In order to solve the problems, the container power station is disclosed in the patent with the patent number of "CN 203201657U" and the name of "container power station", and comprises a first container, a second container, a third container, a diesel generator set, an auxiliary machine, a low-voltage electrical cabinet and a high-voltage electrical cabinet, wherein the auxiliary machine and the low-voltage electrical cabinet are arranged in the first container, the diesel generator set is arranged in the second container, and the high-voltage electrical cabinet is arranged in the third container.
In the patent, the power supply to remote areas or specific areas is realized through the design of container type power stations, but the power station has a complex structure, can be realized by a plurality of containers, has large floor area and is very inconvenient; in addition, the power station does not have a vibration damping function, and the components are abraded due to vibration of the components in the using and carrying processes of the power station, so that the performance of equipment is reduced or damaged.
Disclosure of Invention
In order to solve the above problems, a primary object of the present invention is to provide an intelligent microgrid power station with a vibration reduction function, which facilitates construction and use of the power station by concentrating power generation and distribution equipment in a container, and reduces requirements of laying the power station on a use environment; and through the design of the vibration reduction structure, the vibration reduction function of the internal components of the power station is ensured, and the protection of the internal components of the power station is realized.
Another object of the utility model is to provide an intelligence microgrid power station with damping function, the electricity generation and the distribution point part rational distribution of this power station in a container, avoided the complicacy of power station inner line to lay.
Another object of the utility model is to provide an intelligence microgrid power station with damping function, this power station simple structure can realize holding and discharging outward, and can satisfy powerful discharge demand.
In order to achieve the above object, the technical solution of the present invention is as follows.
An intelligent micro-grid power station with a vibration reduction function comprises an oil engine compartment and an equipment compartment, wherein the equipment compartment controls the oil engine compartment to generate and distribute power after being electrically connected with the oil engine compartment; a damping assembly is also provided in the power station. The control of the power generation and the power distribution of the oil engine room is realized through the equipment room, the power generation and power supply functions of external equipment are realized by utilizing the discharging interface, a part of electric energy can be stored in the battery room after the equipment room is utilized to control the oil engine room to generate power, and meanwhile, after certain electric energy is stored in the battery room, the power distribution of the equipment room is utilized, the external discharge of the battery room and the oil engine room can be realized together, and the high-power load demand is realized. Through the setting of damping subassembly, at the power station operation in-process, through the setting of damping subassembly, can effectually prevent that the frequent emergence of equipment from vibrating, cause the part to damage, reduce life.
Further, the power station further comprises a shell, the oil engine cabin, the equipment cabin and the battery cabin are all arranged inside the shell, and the equipment cabin is arranged between the battery cabin and the oil engine cabin. The setting of casing can realize the same storage to oil cabin, equipment cabin and battery compartment, makes it form a complete power station structure in the casing, and wherein this casing includes the container, utilizes the casing of container size to realize laying to the power station, both makes things convenient for laying of this power station, makes it receive the limitation of environment less, concentrates on the power station in the container in addition, also makes things convenient for the transport of power station.
Further, the vibration reduction assembly comprises an oil engine vibration reduction structure, an equipment vibration reduction structure and a battery vibration reduction structure, and the oil engine vibration reduction structure, the equipment vibration reduction structure and the battery vibration reduction structure are respectively arranged in the oil engine cabin, the equipment cabin and the battery cabin. Through the arrangement of the oil engine vibration reduction structure, the equipment vibration reduction structure and the battery vibration reduction structure, the vibration reduction functions of the oil engine room, the equipment room and the battery room are respectively realized, the good working environment and efficiency of the oil engine room, the equipment room and the battery room are ensured, the problem that the equipment frequently vibrates to cause circuit contact fault lamps is avoided, and the overall performance and the service life of the power station are improved.
Further, the oil engine compartment comprises a generator set, a water tank, a switch cabinet and an oil engine control box, wherein the switch cabinet and the generator set are electrically connected with the oil engine control box; the equipment cabin comprises an energy storage converter, a power distribution cabinet and a central control cabinet, wherein the energy storage converter, the power distribution cabinet and the oil engine control box are all electrically connected with the central control cabinet, and the energy storage converter is also electrically connected with the battery cabin. The water tank can ensure a certain cooling and radiating effect of the oil engine compartment. The oil engine control box controls the power generation of the generator set, and the switch cabinet is used for controlling the opening and closing of the oil engine control box, namely the control of starting or stopping the generator set. Wherein, the generating set includes the diesel generating set. The central control cabinet is used for controlling the switch of the energy storage converter, and the energy storage converter can be used for controlling the charging and discharging of the battery. The power distribution cabinet is used for realizing the configuration of the circuit.
Further, the oil engine vibration reduction structure comprises a water tank vibration reducer and a generator vibration reducer, the water tank vibration reducer is arranged at the bottom of the water tank and is located between the water tank and the shell, the generator set is arranged on the base, the generator vibration reducer is arranged between the generator set and the base, and the base vibration reducer is arranged between the base and the shell. The water tank shock absorber can realize the damping protection to the water tank, through the setting of base shock absorber between generator shock absorber and base and casing between generating set and base, can realize the dual damping function to generating set, can satisfy the great damping demand of engine unit during operation.
Further, the equipment vibration reduction structure comprises an energy storage converter vibration absorber, a power distribution cabinet vibration absorber and a central control cabinet vibration absorber, wherein the energy storage converter vibration absorber, the power distribution cabinet vibration absorber and the central control cabinet vibration absorber are respectively arranged at the bottoms of the energy storage converter, the power distribution cabinet and the central control cabinet. The energy storage converter shock absorber, the power distribution cabinet shock absorber and the central control cabinet shock absorber can respectively realize the shock absorption protection of the energy storage converter, the power distribution cabinet and the central control cabinet, and the stable and good performance of the equipment compartment component is ensured.
Furthermore, a first partition plate is arranged between the battery cabin and the equipment cabin, a second partition plate is arranged between the equipment cabin and the oil engine cabin, an access door is arranged on the second partition plate, and after the access door is opened, the equipment cabin is communicated with the oil engine cabin; the side edge of the shell is provided with a battery cabin door, an equipment cabin door and an oil engine cabin door, the battery cabin door, the equipment cabin door and the oil engine cabin door are respectively arranged opposite to the battery cabin, the equipment cabin and the oil engine cabin door, and the equipment cabin door and the oil engine cabin door are respectively provided with more than one maintenance window. Through the arrangement of the first partition plate and the second partition plate, the battery compartment, the equipment compartment and the oil engine compartment are separated, the power station is convenient to construct, the battery compartment, the equipment compartment and the oil engine compartment are in a cleaned layout, and wiring inside the power station is simplified. Through the arrangement of the access door on the second partition plate, the access door is conveniently utilized to realize the overhaul between the equipment compartment and the oil engine compartment. The arrangement of the battery cabin door, the equipment cabin door and the oil engine cabin door facilitates the debugging and the maintenance of the battery cabin, the equipment cabin and the oil engine cabin respectively. The maintenance windows are arranged on the equipment cabin door and the oil engine cabin door, so that the equipment cabin and the oil engine cabin can be debugged and observed by using the maintenance windows.
Further, still be provided with external junction box in the oil engine room, external junction box is connected with the oil engine control box electricity, just external junction box still is connected with the interface electricity that discharges. After the external junction box is electrically connected with the discharging interface and the discharging interface is electrically connected with the external equipment, the power station can discharge the external equipment.
Furthermore, a fire control box is further arranged in the oil engine cabin, and a fire control hanging ball is further arranged in the equipment cabin. The fire control box can guarantee the fire control safety in the oil engine room, and the fire control safety in the equipment room can be guaranteed to the fire control davit.
Furthermore, a battery cluster and a battery cluster fixing support are arranged in the battery cabin, and the battery cluster is fixed in the battery cabin through the battery cluster fixing support. The storage to the electric energy can be realized to the battery cluster, through the setting of battery cluster fixed bolster, can guarantee the stability of the mounting structure of battery cluster.
Further, the battery cluster comprises batteries arranged longitudinally. Through setting up the battery to vertically arranging in the battery cluster, the efficient has reduced the horizontal length of power station, has saved length direction's size greatly, guarantees that power station length accords with the size of ISO 20FT container, convenient transportation and transportation.
Further, the battery vibration reduction structure comprises a battery cabinet vibration reducer, and the battery cabinet vibration reducer is arranged between the battery cluster and the battery cluster fixing support.
The utility model discloses a storage of the electric energy of oil engine cabin electricity generation has been realized in the setting of battery compartment, utilizes battery compartment and oil engine cabin to externally discharge simultaneously, can satisfy powerful discharge demand.
The battery compartment, the equipment compartment and the oil engine compartment are integrally arranged in the container, so that the transportation and the transportation of the power station can be facilitated. Meanwhile, the power station with the size of the container is convenient to lay and use.
The equipment cabin is arranged in the middle of the battery cabin and the oil engine cabin, so that the complexity of wiring inside the power station can be reduced, and the construction efficiency of the power station is improved.
Through the setting of damping structure, realized the damping function of this power station, guaranteed good availability factor and higher life in this power station.
Drawings
Fig. 1 is a structural view of the present invention.
Fig. 2 is a rear view of the present invention with the housing removed.
Fig. 3 is a front view of the present invention with the housing removed.
Fig. 4 is a top view of the present invention with the housing removed.
Fig. 5 is a front view of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more clearly understood, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
Referring to fig. 1-5, in order to provide the intelligent microgrid power station with a vibration reduction function of the present invention, the power station includes an oil engine room 1 and an equipment room 2, after the equipment room 2 is electrically connected with the oil engine room 1, the equipment room 2 controls the oil engine room 1 to generate and distribute power, the power station further includes a battery room 3 for storing power, the battery room 3 is electrically connected with the equipment room 2, the oil engine room 1 is further provided with a discharge interface (not shown), and the discharge interface is electrically connected with the equipment room 2; a damping assembly 5 is also provided in the plant. Realize the control of the electricity generation and the distribution of oil engine room 1 through equipment compartment 2, utilize the interface that discharges, realize the power generation power supply function to external equipment, through the setting of battery compartment 3, after utilizing equipment compartment 2 to control oil engine room 1 electricity generation, can store some electric energy in battery compartment 3, and simultaneously, after 3 reserves certain electric energy in battery compartment, utilize the distribution of equipment compartment 2, can realize together external discharge of battery compartment 3 and oil engine room 1, realize powerful load demand. Through the setting of damping subassembly 5, at the power station operation in-process, through the setting of damping subassembly 5, can effectually prevent that the frequent emergence of equipment from vibrating, causing the part to damage, reduce life.
The power station further comprises a shell 4, the oil engine cabin 1, the equipment cabin 2 and the battery cabin 3 are all arranged inside the shell 4, and the equipment cabin 2 is arranged between the battery cabin 3 and the oil engine cabin 1. The setting of casing 4 can realize the same storage to oil cabin 1, equipment cabin 2 and battery compartment 3, makes it form a complete power station structure in casing 4, and wherein this casing 4 includes the container, utilizes the casing 4 of container size to realize laying to the power station, both makes things convenient for laying of this power station, makes it receive the limitation of environment less, concentrates on the power station in the container in addition, also makes things convenient for the transport of power station.
The vibration reduction assembly 5 comprises an oil engine vibration reduction structure, an equipment vibration reduction structure and a battery vibration reduction structure, and the oil engine vibration reduction structure, the equipment vibration reduction structure and the battery vibration reduction structure are respectively arranged in the oil engine compartment 1, the equipment compartment 2 and the battery compartment 3. Through the arrangement of the oil engine vibration reduction structure, the equipment vibration reduction structure and the battery vibration reduction structure, the vibration reduction functions of the oil engine room 1, the equipment room 2 and the battery room 3 are respectively realized, the good working environment and efficiency of the oil engine room 1, the equipment room 2 and the battery room 3 are ensured, frequent vibration of equipment is avoided, the problem of circuit contact fault lamps is solved, and the overall performance and the service life of the power station are improved.
The oil engine room 1 comprises an electric generating set 11, a water tank 15, a switch cabinet 12 and an oil engine control box 13, wherein the switch cabinet 12 and the electric generating set 11 are electrically connected with the oil engine control box 13. The water tank can ensure a certain cooling and radiating effect of the oil engine compartment. The fuel engine control box 13 controls the power generation of the generator set 11, and the switch cabinet 12 is used for controlling the opening and closing of the fuel engine control box 13, namely, the control of starting or stopping the operation of the generator set 11 is realized. Wherein the generator set 11 comprises a diesel generator set; the equipment compartment 2 comprises an energy storage converter 23, a power distribution cabinet 24 and a central control cabinet 25, wherein the energy storage converter 23, the power distribution cabinet 24 and the fuel engine control box 13 are all electrically connected with the central control cabinet 25, and the energy storage converter 23 is also electrically connected with the battery compartment 3. The central control cabinet 25 is used for controlling the on-off of the energy storage converter 23, and the energy storage converter 23 can be used for controlling the charging and discharging of the battery. The switch board 24 is used for realizing the configuration of the circuit. Wherein, an engine 16 is further disposed in the oil engine compartment 1, and an engine damper 57 is further disposed between the engine 16 and the bottom of the housing 4. The engine damper provides a damping effect for the engine 16, increasing the service life of the engine 16.
The oil engine vibration reduction structure comprises a water tank vibration reducer 51 and a generator vibration reducer 52, the water tank vibration reducer 51 is arranged at the bottom of the water tank 15 and is positioned between the water tank 15 and the bottom of the shell 4, the generator set 11 is arranged on the base 110, the generator vibration reducer 52 is arranged between the generator set 11 and the base 110, and the base vibration reducer 58 is arranged between the base 110 and the bottom of the shell 4. The water tank damper 51 can realize the damping protection of the water tank 15, and through the arrangement of the generator damper 52 between the generator set 11 and the base 110 and the arrangement of the base damper 58 between the base 110 and the shell 4, the double damping function of the generator set 11 can be realized, and the larger damping requirement of the engine set during operation can be met.
The equipment vibration reduction structure comprises an energy storage converter vibration absorber 53, a power distribution cabinet vibration absorber 54 and a central control cabinet vibration absorber 55, wherein the energy storage converter vibration absorber 53, the power distribution cabinet vibration absorber 54 and the central control cabinet vibration absorber 55 are respectively arranged at the bottoms of the energy storage converter 23, the power distribution cabinet 24 and the central control cabinet 25. The energy storage converter shock absorber 53, the power distribution cabinet shock absorber 54 and the central control cabinet shock absorber 55 can respectively realize the shock absorption protection of the energy storage converter 23, the power distribution cabinet 24 and the central control cabinet 25, and the stable and good performance of the components of the equipment compartment 2 is ensured.
Wherein, be provided with first baffle 21 between battery compartment 3 and the equipment cabin 2, be provided with second baffle 22 between equipment cabin 2 and the oil engine cabin 1, be provided with access door 221 on the second baffle 22, after access door 221 opened, communicate between equipment cabin 2 and the oil engine cabin 1. Through the arrangement of the first partition plate 21 and the second partition plate 22, the battery compartment 3, the equipment compartment 2 and the oil engine compartment 1 are separated, the construction of the power station is facilitated, the battery compartment 3, the equipment compartment 2 and the oil engine compartment 1 form a cleaned layout, and wiring inside the power station is simplified. The arrangement of the access door 221 on the second partition 22 facilitates the use of the access door 221 to realize the access between the equipment compartment 2 and the fuel engine compartment 1.
The battery compartment door 43, the equipment compartment door 42 and the fuel engine compartment door 41 are arranged on the side edge of the shell 4, the battery compartment door 43, the equipment compartment door 42 and the fuel engine compartment door 41 are respectively arranged opposite to the battery compartment 3, the equipment compartment 2 and the fuel engine compartment 1, and more than one access window 421 is respectively arranged on the equipment compartment door 42 and the fuel engine compartment door 41. The arrangement of the battery compartment door 43, the equipment compartment door 42 and the fuel tank door 41 facilitates the debugging and maintenance of the battery compartment 3, the equipment compartment 2 and the fuel tank 1, respectively. By providing the access windows 421 on the equipment bay door 42 and the fuel tank door 41, the access windows 421 may be utilized to enable commissioning and observation of the equipment bay 2 and the fuel tank 1.
The oil engine room 1 is further provided with an external connection box 14, the external connection box 14 is electrically connected with the oil engine control box 13, and the external connection box 14 is further electrically connected with the discharging interface. After the external connection box 14 is electrically connected with the discharging interface and the discharging interface is electrically connected with the external equipment, the discharging of the power station to the external equipment can be realized.
Wherein, still be provided with fire control box 15 in the oil cabin 1, still be provided with fire control davit 26 in the equipment compartment 2. The fire control box 15 can ensure fire safety in the oil tank 1, and the fire-fighting sling ball 26 can ensure fire safety in the equipment tank 2.
Wherein, a battery cluster 31 and a battery cluster fixing bracket 32 are arranged in the battery compartment 3, and the battery cluster 31 is fixed in the battery compartment 3 through the battery cluster fixing bracket 32. The storage of electric energy can be realized to battery cluster 31, through the setting of battery cluster fixed bolster 32, can guarantee battery cluster 31's mounting structure's stability.
Wherein, the battery cluster 31 comprises batteries arranged longitudinally. Through setting up the battery to vertically arranging in the battery cluster 31, the efficient has reduced the horizontal length of power station, has saved length direction's size greatly, guarantees that power station length accords with the size of ISO 20FT container, convenient transportation and transportation.
The battery damping structure comprises a battery cabinet damper 56, and the battery cabinet damper 56 is arranged between the battery cluster 31 and the battery cluster fixing support 32.
In the present embodiment, the bottom vibration damper 58 comprises a rubber vibration damping pad. The battery cabinet damper 56 comprises a rubber damper pad.
The above description is only exemplary of the present invention and should not be construed as limiting the present invention, and any modifications, equivalents and improvements made within the spirit and principles of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. An intelligent micro-grid power station with a vibration reduction function comprises an oil engine compartment and an equipment compartment, wherein the equipment compartment controls the oil engine compartment to generate and distribute power after being electrically connected with the oil engine compartment; a damping assembly is also provided in the power station.
2. The intelligent microgrid power station with a vibration reduction function of claim 1, characterized in that the power station further comprises a housing, the oil cabin, the equipment cabin and the battery cabin are all arranged inside the housing, and the equipment cabin is arranged between the battery cabin and the oil cabin.
3. The intelligent microgrid power station with a vibration reduction function of claim 1, wherein the vibration reduction assembly comprises an oil engine vibration reduction structure, an equipment vibration reduction structure and a battery vibration reduction structure, and the oil engine vibration reduction structure, the equipment vibration reduction structure and the battery vibration reduction structure are respectively arranged in an oil engine compartment, an equipment compartment and a battery compartment.
4. The intelligent micro-grid power station with the vibration reduction function as claimed in claim 3, wherein the oil engine room comprises a generator set, a water tank, a switch cabinet and an oil engine control box, the switch cabinet and the generator set are both electrically connected with the oil engine control box, and a vibration reduction fan is arranged on the generator set; the equipment cabin comprises an energy storage converter, a power distribution cabinet and a central control cabinet, wherein the energy storage converter, the power distribution cabinet and the oil engine control box are all electrically connected with the central control cabinet, and the energy storage converter is also electrically connected with the battery cabin.
5. The intelligent microgrid power station with a vibration reduction function of claim 4, wherein the oil engine vibration reduction structure comprises a water tank vibration reducer and a generator vibration reducer, the water tank vibration reducer is arranged at the bottom of the water tank and is positioned between the water tank and the shell, the generator set is arranged on the base, the generator vibration reducer is arranged between the generator set and the base, and the base vibration reducer is arranged between the base and the shell.
6. The intelligent microgrid power station with a vibration reduction function of claim 4, wherein the equipment vibration reduction structure comprises an energy storage converter vibration absorber, a power distribution cabinet vibration absorber and a central control cabinet vibration absorber, and the energy storage converter vibration absorber, the power distribution cabinet vibration absorber and the central control cabinet vibration absorber are respectively arranged at the bottoms of the energy storage converter, the power distribution cabinet and the central control cabinet.
7. The intelligent microgrid power station with a vibration reduction function of claim 2, wherein a first partition plate is arranged between the battery compartment and the equipment compartment, a second partition plate is arranged between the equipment compartment and the oil compartment, an access door is arranged on the second partition plate, and after the access door is opened, the equipment compartment is communicated with the oil compartment; the side edge of the shell is provided with a battery cabin door, an equipment cabin door and an oil engine cabin door, the battery cabin door, the equipment cabin door and the oil engine cabin door are respectively arranged opposite to the battery cabin, the equipment cabin and the oil engine cabin door, and the equipment cabin door and the oil engine cabin door are respectively provided with more than one maintenance window.
8. The intelligent microgrid power station with a vibration reduction function of claim 4, wherein an external connection box is further arranged in the oil engine room, the external connection box is electrically connected with the oil engine control box, and the external connection box is further electrically connected with the discharge interface.
9. The intelligent micro-grid power station with the vibration reduction function as claimed in claim 3, wherein a battery cluster and a battery cluster fixing support are arranged in the battery compartment, and the battery cluster is fixed in the battery compartment through the battery cluster fixing support; the cell cluster comprises cells which are longitudinally arranged.
10. The intelligent microgrid power station with a vibration reduction function of claim 9, wherein the battery vibration reduction structure comprises a battery cabinet vibration reducer, and the battery cabinet vibration reducer is arranged between the battery cluster and the battery cluster fixing support.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022721006.1U CN214153430U (en) | 2020-11-20 | 2020-11-20 | Intelligent micro-grid power station with vibration reduction function |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202022721006.1U CN214153430U (en) | 2020-11-20 | 2020-11-20 | Intelligent micro-grid power station with vibration reduction function |
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| CN214153430U true CN214153430U (en) | 2021-09-07 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114046201A (en) * | 2022-01-13 | 2022-02-15 | 深圳市聚能优电科技有限公司 | Container type energy storage power station |
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2020
- 2020-11-20 CN CN202022721006.1U patent/CN214153430U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114046201A (en) * | 2022-01-13 | 2022-02-15 | 深圳市聚能优电科技有限公司 | Container type energy storage power station |
| CN114046201B (en) * | 2022-01-13 | 2022-04-01 | 深圳市聚能优电科技有限公司 | Container type energy storage power station |
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