TH62945B - Electric charging kit - Google Patents

Abstract

DC60 (17/02/55) This invention relates to a set of devices for recharging (1) for electric charges. To the electrolytic capacitor device (28) of the electrically driven vehicle consisting of a feeder unit (2) for feeding electrical energy into an AC voltage network (14) consisting of a circuit Middle range of DC voltage (6) for storing the middle range of electric power with The intermediate circuit voltage and the inverter (8) which are provided for converting direct current. And / or the DC voltage of the intermediate circuit of the DC voltage (6) into an alternating current, to feed that current into the AC voltage network (14) and to convert the alternating current from the voltage network. Alternating current (14) to direct current and / or It is the DC voltage to be fed into the intermediate circuit of the DC voltage (6) and at least one (4) collector and / or connection for at least one charge. One part for connecting the accumulator set (4) to charge at least some of the electric charge to A capacitor (28), any one from a mid-range DC voltage circuit (6), and / or to cause the capacitor (28) to discharge at least some of the electric charge into the The mid-range circuit of the DC voltage (6). This invention involved a series of devices for charging a capacitor (1) for charging a charge. To the electrolytic capacitor device (28) of the electrically driven vehicle consisting of a feeder unit (2) for feeding electrical energy into an AC voltage network (14) consisting of a circuit Middle range of DC voltage (6) for storing the middle range of electric power with The intermediate circuit voltage and the inverter (8) which are provided for converting direct current. And / or the DC voltage of the intermediate circuit of the DC voltage (6) into an alternating current, to feed that current into the AC voltage network (14) and to convert the alternating current from the voltage network. Alternating current (14) to direct current and / or It is the DC voltage to be fed into the intermediate circuit of the DC voltage (6) and at least one (4) collector and / or connection for at least one charge. One part for connecting the accumulator set (4) to charge at least some of the electric charge to A capacitor (28), any one from a mid-range DC voltage circuit (6), and / or to cause the capacitor (28) to discharge at least some of the electric charge into the DC Voltage Intermediate Circuit (6)

Claims (8)

Disclaimer (all) which will not appear on the advertisement page: EDIT 04/05/2016 1. A set of chargers for charging a capacitor. Of electrically powered vehicles that include - an input unit for feeding electric energy into an AC voltage network, including - a mid-range DC voltage circuit for storing mid-range electric energy The intermediate circuit voltage and the - inverter are provided to convert the DC and / or the DC voltage of the intermediate circuit to the AC voltage, to be fed into the AC voltage network And to convert alternating current from an AC voltage network To direct current and / or to be a DC voltage for feeding into the mid-range circuit DC voltage and - At least one collector unit and / or connection for charging a charge. At least one for connecting the accumulator unit so that at least the electric charge is Portions of any one capacitor from the mid-range DC voltage and / or to allow at least partial discharge of any of the capacitors. Into the mid-range circuit of DC voltage 2. A set of devices for charging a charge according to claim 1, which has a special character, is a unit The feeder is provided to feed reactive power into the AC voltage network and / or where the input unit of the air intake unit is used as the input unit. In accordance with claim 1 or claim 2, which is characterized by the fact that an input unit is provided to provide voltage regulation of the mid-cycle circuit. 4. A set of devices for recharging in accordance with any of the preceding claims, which has A unique feature is that the infeed unit is designed for a 4-quadrant operation scheme, that is, it is selectively designed to feed the available power into the force network. AC voltage or conducting power from the network and / or feeding The reactive power supply enters the AC voltage network or draws electricity from the network. 5. A set of chargers, according to one of the preceding claims, which had Characterized by the input interface for the input of the available power reference value. To pre-define the available power to feed into or out of the network. Oscillating voltage and / or for the input of the reactive power reference value to determine Pre-reactive power to be fed into or taken out of the AC voltage network 6. A set of recharging devices in accordance with any of the preceding claims, which had A special characteristic is that at least one collector unit is electrically connected. With an intermediate circuit of DC voltage And where the charging unit may be selected, and in particular at least one accumulator unit, has been adjusted so as not to It is sensitive to variations in mid-cycle voltage. 7. A set of chargers for any of the preceding claims includes: The control unit is serving the network to provide control of the input unit. And accumulator unit At least one of the electrical components is coordinated with each other. 8. A set of chargers in accordance with any of the preceding claims which have A unique feature is that at least one collector unit is included - a voltage attenuator converter that has been connected to a mid-voltage circuit. Direct current to control the charging current for at least the charging current Some of the capacitors and / or -conducers are connected to the mid-voltage circuit. DC current to control the discharge current for at least partial discharge. Of a capacitor 9. A set of devices for charging a charge according to any of the preceding clause which has A special feature is that at least one electric accumulator unit has an electric accumulator control unit. To control one or each of the booster converters and / or to control the attenuation converters. One or each voltage and / or to detect - the charging or discharging current - the charging voltage, in particular Of the connected capacitor To the accumulator unit - charging or discharging power and / or - the charging condition of the collector connected to the accumulator unit 1 0. Of the previous claim which had A special feature is that a number of accumulator units are provided for at least part of the charging and / or discharging of the associated capacitors. 1 1. A set of capacitors as per any of the following: The previous claim which has A unique feature is that the infeed unit is provided to connect to the air intake to provide Electrical connections between the windings And the mid-range circuit of DC voltage 1 2. A set of devices for charging a charge according to any of the previous claims, which had Characteristic by means of switching for the choice of operating mode - with a pneumatic mount And there is an electric accumulator unit - which does not have an air intake kit. And there is an electric accumulator unit - which has an installation kit to get the wind And there is no electric accumulator and / or - unit, which does not have an air intake kit. And there is no electric accumulator unit. 1 3. A set of installations for converting wind power into electrical energy, including a set of units. For recharging in accordance with any of the preceding claims and / or components of the kit. Recharging apparatus in accordance with any of the preceding claims 1 4. Recharging station including - air powered installation set in Clause 13 and / or a set of recharging apparatus in accordance with Claim 13. Any of the claims 1 to 12 and - at least one capacitor connected to a charging unit, where popular capacitors are provided for exchange in Condition with Charging for all or part of the fully or partially discharged capacitor of electrically powered vehicles 1 5. Using the input unit of the air intake unit as the input unit of the unit for Electrically powered vehicle capacitors are charged with the input unit, including - mid-range DC voltage circuits for mid-range storage of electric energy. With the intermediate circuit voltage and - inverter which is provided to convert the direct current and / or the DC voltage. Of the mid-range circuit of the DC voltage to the AC to feed the electric current into AC voltage network And to convert alternating current from the voltage network Alternating current is the direct current and / or is the DC voltage to feed the electric current. In the mid-range circuit of DC voltage and one or each collector unit connected to the mid-range circuit of DC voltage is used to at least partially charge the capacitance of the storage device. An electric charge from a mid-range circuit of DC voltage and / or to discharge a Capacitor device One, at least partially, enters the DC voltage mid-range circuit 1 6. Method for controlling a set of chargers connected to the network. AC voltage to charge and / or discharge capacitors. Of electrically powered vehicles that include the procedure of - receiving preset news headlines to determine in advance of Ready-to-feed power is fed into or taken out of an AC voltage network and / or reactive power is taken into an AC voltage network or taken out of the network, and - The respective control of the charging unit is based on information about the rated value. Predetermined to feed ready power into an AC voltage network or to bring it out of the network and / or to feed reactive power into the network. AC voltage or conductivity from the network and / or - the control of the charging unit in such a way that it is based on the news about A predetermined value of one or more of the capacitors has been charged, charged, or at least partially discharged.1 7. The unique method of claim 16 is that of a number of capacitors. One is connected to the unit for charging. And especially the capacitor devices The corresponding electricity is connected to the accumulator unit, where each capacitor Which is charged or discharged in a separate manner. 1 8. Method of claim 16 or claim 17, which has special characteristics, is a set of machines. For charging, pursuant to any of the claims 1 through 12, is controlled and / or the charging unit is attached to the wind power installation to generate electricity from wind power and is subject to With the wind energy obtained and / or based on the information on the set value In advance of the device, at least one of the capacitors was electrically charged by energy. Electricity produced from wind power -------------------------------------------------- ------------------------ 1. A set of chargers (1) for charging a capacitor (28) of a vehicle that is Electrically powered, consisting of - an input unit (2) for feeding electrical energy into an AC voltage network (14), consisting of - an intermediate circuit of DC voltage (6) for storing electrical energy during Medium with intermediate circuit voltage and - inverter (8) which is provided to convert the direct current and / or The DC voltage of the central auxiliary circuit of the DC voltage (6) is given to the alternating current. To feed into an AC voltage network (14) and to convert alternating current from the network. AC voltage (14 to be direct current and / or to be DC voltage for input Goes in the mid-range circuit of DC voltage (6), and - at least one (4) accumulator and / or charge connector. At least one electricity to connect the accumulator set (4) to allow the electric charge to be recharged. At least part of the capacitor (28), any one from the middle circuit of DC voltage (6) and / or to have at least partially discharged of any (28) capacitor. One into the mid-range circuit of DC voltage (6) 2. a set of recharging apparatus (1) according to claim 1, which is determined that such a feeder (2) is provided for The reactive power is fed into the AC voltage network (14) and / or where the input unit (2) of the air intake unit (250) is used as the input unit (2) 3. A set of charge decks (1) in accordance with claim 1 or claim 2, which is characterized by such a feeder (2), is provided to provide circuit voltage regulation. The intermediate range shall be a predetermined value. 4. A set of chargers (1) in accordance with any of the claims. In the above, it is characterized that the aforementioned input unit (2) is designed for the Of a 4-quadrant operation, that is, it is designed to feed the available power into an AC voltage network (14) or to bring it from The network and / or the reactive power is fed into the AC voltage network (14), or the power is taken out of the network, as is chosen, 5. a set of chargers (1). According to any of the claims made in Above, which are characterized by the input interface for the power reference input. That is ready to work to determine the pre-available power to feed into the network Voltage fluctuating (14) or taken out of the said network And / or for the input of Reactive power input to pre-define the reactive power to feed it. In a AC voltage network or taken from that network 6. A set of chargers (1) in accordance with one of the claims of In the above, which is characterized as At least one (4) of such electric accumulators has Connect the electric current to the intermediate circuit of the DC voltage (14) and in the meantime As an optional option, the charging unit (1) and, in particular, at least one (4) accumulator set, will be adjusted so that there is no response to the Intermediate circuit voltage 7. A set of chargers (1) in accordance with one of the claims of In the above, it consists of a network controller (22) so that the control of one or more feeder units (2) and the accumulator (4) are coordinated with each other. Electric charge (1) according to any one of the claims In the above, which is characterized as At least one (4) of the aforementioned series of accumulators includes - A voltage attenuation converter (26) connected to a DC mid-range circuit (6) to control the charging current for the charging current. Electric charge, at least Some of the capacitors (28) and / or -conducting converters (26) are connected to the DC mid-range circuit (6) to control the discharge current for at least the discharge. Parts of the Capacitor (28) 9. A set of capacitors (1) as per any of the Claims of the Claims. In the above, which is characterized as At least one (4) of the aforementioned electric accumulator has a control unit. Electric accumulator (30) to control one or such booster converters and / or To control one or more of the voltage attenuation converters and / or to detect - the charging or discharging current - the charging voltage. Especially Of electric storage devices Connected to the accumulator set - charging or discharging power and / or - the charging condition of the collector connected to the collector set. 1 0. Set of electric chargers (1) according to any of the claims of The above, which is characterized by that more than one (4) accumulator unit is provided for the charging and / or partial discharge of each capacitor (28) 1 1. Set of chargers (1) in accordance with any of the claims in Above, which is characterized by the inlet unit (2), is provided to connect to the air intake unit (250) to provide an electrical connection between the air intake unit (250). And the intermediate circuit of the DC voltage (6) 1 2. A set of electric chargers (1) in accordance with any of the claims in The above is characterized by an alternating path for the choice of operating mode - which has an air intake kit and an electric accumulator (4) - which does not have an air intake kit and has Electric accumulator set (4) - with an air intake kit and without an electric accumulator (4) and / or - without an electric collector and without an electric accumulator (4) 1. 3. Wind power installation (250) for converting wind power into electrical energy. Consists of a set of chargers (1) according to any of the claims. Of the above and / or components of a charging kit (1) in accordance with any claim One of the above claims 1 4. Recharging Station, which consists of - Wind Power Installation Kit (250) in accordance with Claim 13 and / or Charging Station (1) in accordance with any of Claims 1 to 12 and - At least one capacitor (28) connected to the charging unit (1), provided that the collector (28) drawn, is provided for exchange. In the condition of charging for all discharged capacitors (28) Or some parts of electrically powered vehicles 1 5. Using the feeder (2) of the air intake assembly (250) as the feeder (2) of the unit. For charging (1) For charging the capacitor (28) of electrically powered vehicles Where the aforementioned input unit (2) consists of - mid-range DC voltage circuit (6) for intermediate storage of Electric power with intermediate circuit voltage and - inverter (8) which is provided to convert the direct current and / or voltage. The direct current of the intermediate circuit of the DC voltage (6) is given to the alternating current for feeding. Such current enters an AC voltage network (14) and is converted to alternating current. From an AC voltage network (14) to direct current and / or to DC voltage. To feed the current into the DC voltage mid-range circuit (6) and one or each collector set (4) connected to the middle circuit of the A DC voltage (6) is used to charge at least some of the capacitors (28) from the mid-cycle DC voltage (6) and / or to discharge. To one of (28) capacitors, at least partially, into the mid-cycle of DC voltage (6) 1 6.Method for controlling a charging unit (1) connected to the network. AC voltage (14) to provide the capacitive device (28) of the driven vehicle. Electricity is charged and / or discharged, which consists of a procedure of - obtaining a pre-determined message topic to pre-define the section. Of the available power input into an AC voltage network (14) or to bring it out of that network and / or reactive power input. In an AC voltage network (14) or to bring such power from that network; and - control of a charging unit (1) to provide the available power. It enters an AC voltage network (14) or brings it out of the network. And / or to feed reactive power into an AC voltage network (14) or to bring that power out of such network, subject to a predetermined value message. And / or - control of a charging unit (1) in such a way that one or more of the capacitor (28) is charged or discharged at least partially by Based on preset info 1 7. Method for claim 16, which is characterized as More than one capacitor (28) is connected to a charging unit (1) and, in particular, Each collector device (28) is connected to an accumulator set (4) where each capacitor (28) is charged or discharged in a separate manner 1. 8. Method according to claim 16 or claim 17, which is characterized as a set of machines For charging (1) in accordance with any of the claims 1 through 12, it is controlled and / or the charging unit (1) is attached to the wind power installation (250). To generate electricity from wind power and at least one of the capacitors (28) is charged The electric charge produced from wind energy depends on the available wind energy and / or Based on the preset info.