This makes it possible to acquire a lower-capacity storage battery in the natural energy power generation system provided with the storage battery.
A lead storage battery is also disclosed.
The invention relates to a latent heat accumulator unit (1), designed especially for heat transport, comprising an accumulator container (7) filled with a latent heat accumulator medium.
A voltage source is formed by a series connection of a first energy accumulator (accumulator B1) and a second energy accumulator (capacitor C1).
The device has a heat accumulator container (12) which contains a heat accumulator medium (14).
is neither an industrial battery or accumulator nor an automotive battery or accumulator
In particular, the solid accumulator (2) is an absorption accumulator, preferably a hydride accumulator.
The battery may be a sealed battery, an unsealed battery or a conventional multi-cell battery.
In some examples, the rechargeable battery system includes a battery.
Technologies are generally described for a battery, a method for implementing a battery and a rechargeable battery system.
A nickel-hydrogen battery or a lithium-ion battery is used as a main battery (10).
A portable battery-powered power supply or charger for use with electronic devices containing a primary or secondary battery.
The invention further relates to an energy storage device (1), which is in particular well suited for component energy stores (1) in an energy storage arrangement (5) such as described above.
During the pulse duration, an inductive and a capacitive energy store are connected in series with the load.
An energy store system (2), in particular for an electric or hybrid vehicle, having an energy store (6) is intended to significantly increase the operational reliability of a motor vehicle, in particular an electric or hybrid vehicle.
A roller storage arrangement comprising a roller store (200) for storage of banknotes is described, wherein the roller store (200) is operated in a money processing system.
The generated thermal energy is temporarily stored in a cold accumulator (16) and a heat accumulator (14).
The invention relates to a liquid electrolyte for a lithium accumulator and to the use thereof in a low-temperature lithium accumulator.
The technological scheme of the present invention is not only suitable for liquid lithium ion battery and semi-solid lithium ion battery, but also for solid polymer lithium ion battery.
The brake fluid can be used for reducing the temperatures of the brake block and the brake disc, so as to prolong the service life of the brake block and the brake disc.
The invention relates to a disc brake, comprising a brake support, a brake caliper, a brake disc and at least one brake lining.
Drum brake lining means a brake lining for a drum brake.
Drum brake lining means a brake lining for a drum brake.
The hydraulic brake includes a housing comprised of a brake base and a brake cover.
The front wheel brake is constructed from a front first brake and a front second brake.
A brake system includes a brake cylinder having a piston rod and a brake lever connecting the piston rod to a brake beam and a slack adjuster.
The brake operation structure rotates, in response to human operation, a brake push member of the brake mechanism about the rotation axis of the brake push member, in the direction of brake operation.
The combined wheel brake lever (108) is connected to the front wheel brake (102) and the rear wheel brake (104) through a combined front brake cable (112) and a rear brake cable (114).
Case A — Brake only on wheels (Brake blocks
Parking brake indicator shall reflect state of brake
The test is not applicable to a parking brake system, unless it is the secondary brake
The brake component is selected from the group consisting of brake shoe and a brake rotor.
A brake shoe assembly comprising a brake shoe to which brake plates are assembled.
The brake system (13) comprises at least two hydraulic brake cylinders (15), the hydraulic brake cylinders (15) comprising a brake shoe (16).
The brake operation structure has the brake operation mechanism and a brake adjustment mechanism.
The invention relates to a combined vehicle brake which has a hydraulically actuable service brake and an electromechanically actuable parking brake device.
A brake shoe (20, 22) for a drum brake includes an arcuate brake table (42)defining radially inner and outer sides (54, 56).
The invention relates to a device (10) for storing heat.
The ballast electronics (7) is surrounded by a heat reservoir which comprises a pressure-relieved reservoir housing (8) filled with a storage fluid (9).
This power storage device (100) comprises a first power storage module (10) and a second power storage module (20) arranged in parallel.
The invention furthermore relates to a latent heat storage device comprising said latent heat storage material.
energy storage reservoir pressure tank
The accumulators may consist of a primary non-power-of-2 modulus accumulator and a secondary non-power-of-2 modulus accumulator.
The invention also relates to a heat exchanger system for an energy accumulator and to a method for operating said energy accumulator.
The end-of-charge voltage of the first energy accumulator is higher than that of the second energy accumulator.
The metering assembly includes an accumulator that is preferably a fixed volume accumulator having an inlet and an outlet.
ZN) in a cell stack of an energy accumulator, especially an energy accumulator in a motor vehicle on-board supply system.
The present invention further relates to heat accumulators comprising at least one superabsorbent material, in particular geothermal energy accumulators.
If the first secondary accumulator is disabled, the second secondary accumulator will supply pressurized fluid to the second actuator.
The invention relates to an energy storage device comprising at least one energy storage cell having an electrode stack (2) or an electrode winding.
Also described is: a battery which comprises such an electrode and a method for producing such a battery.
Also proposed are: a lithium-ion rechargeable battery and a motor vehicle with a lithium-ion rechargeable battery.
A mechanical energy accumulator (1) and an electric or hybrid vehicle provided with an energy accumulator of this type are proposed.
The invention further relates to a battery having such a fixing element and a method for producing such a battery.
The invention relates to an installation for storing thermal energy, comprising a heat accumulator (14) and a cold accumulator (16).
To provide a lamp set (1) the lamp device (2) of which has an extended lighting duration and enhanced light intensity, the invention provides that the lamp device (2) has a rechargeable battery (8) in the form of a lithium-ion rechargeable battery.
This electricity storage device comprises an electricity storage element, an electrolyte solution, a case and a sealing member.
An integrated battery and recharger (10) that consists of a single casing (11) wherein both a voltage storage cell and a circuit for charging that storage cell are arranged and includes a removable head (14) for attachment to that casing.
The deterioration-preventing agent for a non-aqueous electrolyte secondary cell and additive for a non-aqueous electrolyte secondary cell are added to the non-aqueous electrolyte of the non-aqueous electrolyte secondary cell.
There is provided a device including: a server (1000) having a server accumulator (1040); a router (2000) having a router accumulator (2040); and a receiver (3000n) having a receiver accumulator (3040n).
The problem addressed is that of creating a latent hybrid heat accumulator which has firstly the advantages of a water-filled heat accumulator and secondly the advantages of the latent heat accumulator.
It is possible to provide a positive electrode current collector for lead accumulator capable of improving service life of a lead accumulator and a lead accumulator having the positive electrode current collector.
The present invention relates to an energy accumulator device comprising at least one energy accumulator cell with an electrode stack (2) or an electrode coil and a container (1) for accommodating the energy accumulator cell.
The storage cell (2) is subjected by the holding device (5) to a tensile force which acts in the extension plane of the storage cell (2), the storage cell (2) being tensioned by said force.
The present invention relates to a charge balancing system for a power battery (101) comprising at least two accumulator stages (111) connected in series, an accumulator stage (111) comprising at least one accumulator (9).
In addition, since it is not necessary to provide a member supporting the weight of the second battery module (22B) to the outside the first battery module (22A), the first battery module (22A) can be reduced in size.
A lead battery of an electricity storage system, which utilizes a nickel-hydrogen battery or a lithium-ion battery in conjunction with the lead battery, is made small.
Lithium-ion accumulator in cylindrical form, with
Rectangular lithium-ion-accumulator, with
Each cell contains a pair of electrodes.
battery's sensitivity to deep discharge