DE102013010397A1

DE102013010397A1 - AUTENVER- method (AUTOMATIC ENERGY MANAGEMENT and DISTRIBUTION) working as an interconnected system with an AUTENVER energy control unit, an AUTENVER energy meter and communication unit with input keypad and an AUTENVER energy switching unit, for smart power distribution with integration of power generators, for optimal utilization of power grids and possibility for Energy consumers, without supply contracts with various energy suppliers, to realize fast cost-effective access to energy supplies

Info

Publication number: DE102013010397A1
Application number: DE102013010397.5A
Authority: DE
Inventors: Anmelder Gleich
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-04-16
Filing date: 2013-06-18
Publication date: 2014-10-16

Abstract

Das AUTENVER-Verfahren (AUTonomes ENergiemanagement und VERteilung) als Verbundsystem bestehend aus drei örtlich unabhängig arbeitender Verfahrenselemente, stellt eine Organisationsplattform dar, von der aus Energieendverbraucher nach einheitlichen Verfahrensschritten ihre Energieversorgung eigenständig, unkompliziert und schnell organisieren können. Die Verfahrenselemente sind über Datenfernübertragung ständig erreichbar und arbeiten mit einer, für das AUTENVER-Verfahren entwickelten, Betriebssoftware. Die Aufgabenstellung der drei Verfahrenselemente: 1. AUTENVER-Energieleiteinheiten = Aufbereitung aller auf dem freien Energiemarkt erhältlichen Informationen für die Messung, Abrechnung und Belieferung von Energieendverbraucher, Erstellung regionaler Verbrauchsstatistiken für die Energieproduktion und Energieverteilernetze. Die AUTENFER-Energieeinheiten werden, wegen der erforderlichen Datenmengen, für jeweils bestimmte Regionen geplant. Alle AUTENVER-Energieleiteinheiten sind untereinander vernetzt. 2. AUTENVER-Energiezähler- und Kommunikationseinheit mit Eingabetastatur = Energiezähler vor Ort bei einem Energieendverbraucher mit der Möglichkeit der Datenkommunikation durch den Energieendverbraucher. 3. AUTENVER-Energieschalteinheit = Versorgungsmöglichkeit einzelner Energieverbraucher nach programmierten Vorgaben z. B. Einschaltzeiten von Verbraucher/Nutzung günstiger Energielieferungen/Ermöglichung von Zusatzschaltungen wie Signalgebung, Übertragung von Messdaten z. B.The AUTENVER process (AUTonomous ENergiemanagement und DISTRIBUTION) as a network system consisting of three locally independent process elements represents an organizational platform from which energy end users can organize their energy supply independently, easily and quickly according to standardized process steps. The process elements are constantly accessible via remote data transmission and work with operating software developed for the AUTENVER process. The task of the three procedural elements: 1. AUTENVER energy control units = preparation of all information available on the free energy market for the measurement, billing and delivery of energy end users, creation of regional consumption statistics for energy production and energy distribution networks. The AUTENFER energy units are planned for specific regions due to the amount of data required. All AUTENVER energy control units are networked with one another. 2. AUTENVER energy meter and communication unit with input keyboard = energy meter on site at an energy consumer with the option of data communication through the energy consumer. 3. AUTENVER energy switching unit = possibility of supplying individual energy consumers according to programmed specifications e.g. B. switch-on times of consumers / use of cheap energy supplies / enabling additional circuits such as signaling, transmission of measurement data z B.

Description

Stand der Technik:State of the art:

1. Due to the consumption habits of the German energy consumers (in Germany approx. 40 million energy end user measuring points are installed), energy consumption and thus energy production can only be planned in advance with great inaccuracies, especially since the number of diverse energy producers, eg. B. on the basis of coal, gas, nuclear, wind, water, solar, biogas and a variety of energy supply capacities and delivery times, the uncoordinated electrical energy generated by them to feed in the most diverse places in the power grids, causing it in many areas of energy grids to shutdowns comes through overload.
2. Energy consumers (households, for example) can, for. At present only through supply contracts for one type of energy (electric or gaseous energy eg) with fixed tariffs, usually with just one energy provider over a certain contract period.
3. Energy consumers can not access low-cost energy supplies from other energy suppliers in the short term (eg because the energy supply contracts do not allow such a procedure) and a cancellation or change of energy supply contracts or of the energy supplier outside of the contractually agreed period cumbersome, time-consuming and in the practice is hardly possible.

Beschreibung des AUTENVER-Verfahren:Description of the AUTENVER procedure:

1. The AUTENVER procedure as a networked system can determine, with the number of end users listed in the future according to the AUTENVER procedure and energy supplied, well-founded energy consumption quantities regional / national at daily-seasonal intervals, which then lead to an optimal utilization of the energy supply networks and to a favorable energy consumption Energy generation can be used.
2. The AUTENVER process is designed to manage, distribute and deliver the following types of energy: - Electric energy - gaseous energies - liquid energy-thermal energy
3. The AUTENVER procedure is a compound system and works constantly networked with the elements: - the AUTENVER power control unit - the AUTENVER energy counting and communication unit with input keyboard - the AUTENVER power switching unit
4. The AUTENVER procedure is designed in such a way that the elements operating in the interconnected system (see item 3) can be installed in the area of an AUTENVER energy control unit in spatially different locations, but which are interconnected by remote communication systems.
5. The AUTENVER procedure is launched on the market by an AUTENVER organization (company) which can conclude binding energy supply and transit contracts with the official contracting parties (energy industry law / connection contract / supplier framework agreement eg) with energy suppliers and energy network operators as well as energy end consumers installed and made usable for energy suppliers, energy network operators and energy consumers.
6. The AUTENVER method consisting of: A. AUTENVER power control unit, characterized in that - an AUTENVER power control unit can consist of one or more data centers. - That an AUTENVER energy control unit is responsible for a region to be defined, but are continuously in connection / data exchange with other regionally responsible AUTENVER energy control units by networking and strive for optimal energy distribution solutions for regional energy distribution problems. - That an AUTENVER power supply unit can be operated independently of the locations of the energy suppliers or the final consumers of energy. - That an AUTENVER energy control unit as an interface for the final energy consumers performs the supply, measurement, logging and billing of energy end consumers related energy such as electric energy, liquid energy thermal energy and gaseous energies. - That an AUTENVER power management unit manages all personal data, bank details, energy requirements per year, payment mode and supply contract of each individual final energy consumer. That an AUTENVER power supply unit offers all energy suppliers the energy (electric energy, gaseous energy, liquid energy-thermal energy) in the national or international energy market and with the help of energy transmission networks and energy transfer stations or energy collection devices (generally known as counters) the measured / delivered energy amounts Accounting for energy end users are monitored by the data center of the energy management unit (market observation) Delivery conditions (energy prices / energy delivery rates / delivery capacity) are continuously queried. An AUTENVER power supply unit, any supply conditions (unit prices / energy supply contracts / delivery capacity) offered by all AUTENVER energy suppliers, to any AUTENVER supplied energy end user, via the AUTENVER energy meter and communication unit with keypad to be described later, at any time provides. - That an AUTENVER energy control unit allows each individual end user energy via its AUTENVER energy meter and communication unit with input keyboard, with a, favored by an energy end consumer, energy supply by different energy suppliers alternately, short term (minute cycle z.) To be supplied (fractional energy supply). An AUTENVER power-management unit at any time reading out and emptying a query of the stored data in a computation information storage and communication unit with input keyboard of each AUTENVER energy counter to be described later, and a functional or security check (counter manipulation) can perform. An AUTENVER power-management unit, after an interruption of the power supply of an energy end-user, subjects the on-site installed / affected AUTENVER energy meter communication unit with input keyboard to a functional or security check (remote data control). - that an AUTENVER power-control unit measures, logs and settles the services provided, the supply and transit contracts concluded between the AUTENVER organization with energy suppliers and energy network operators, as an interface for energy suppliers and energy network operators. - that an AUTENVER energy management unit in its regional scope for small and medium-sized energy suppliers (small wind farms / solar energy, for example) using the AUTENVER process, taking into account the utilization of the energy distribution grids and the regional energy consumption, to a balanced energy production (virtual Power Plant) - that an AUTENVER energy control unit based on the measured / delivered amounts of energy a monthly total consumption calculation (including the sum of all fractional energy supplies) for each listed energy end consumer and invoices as agreed with the monthly energy consumption and the corresponding amount invoiced by the respective final energy consumers on the display of his AUTENVER energy meter and communication unit can be read with input keyboard or printed using an additional software to an energy end user's own computing unit (PC, for example). - that an AUTENVER power supply unit receives all payments received from the final energy end users according to their energy consumption, including fractional energy deliveries to the respective energy suppliers, according to the energy prices / delivery conditions applicable at the time of delivery and the contracts concluded between the AUTENVER organization and the energy suppliers or energy network operators, forwards. - That an AUTENVER power management unit for non-payments made the monthly total consumption bill / agreed installment amounts according to a specified dunning procedure, directly as an information command to a later to be described AUTENVER energy meter and communication unit with input keyboard, sets the energy supply or reduced to a minimum amount of energy. - That an AUTENVER energy control unit fully supplies the energy supply in the case of payment clearing of a blocked or graduated energy supply by means of an information command to the AUTENVER energy meter and communication unit with input keyboard. B. AUTENVER energy meter and communication units with input keyboard, characterized in that the AUTENVER energy meter and communication units are used with input keyboard for only a certain type of energy, but AUTENVER energy meter and communication units are prepared and installed with input keyboard for the following types of energy: a ) for electric energy b) for gaseous energy c) for liquid energy-thermal energy - that the AUTENVER energy meter and communication units with input keyboard constructively consist of two assemblies (a: the measuring part, with display of energy consumption on a display and / or with mechanical display) and b: consisting of arithmetic memory and communication unit with input keyboard as a module: a) measuring part: a1 This consists of an electronic measuring function with / without mechanical measuring device. a2 In the case of gaseous energy, this consists of an electronic measuring function and a mechanical measuring device. a3 In the case of liquid energy thermal energy, this consists of an electronic measuring function and a mechanical measuring device. b) arithmetic information storage and communication unit with input keyboard b1 The entry-level arithmetic information storage and communication units are the same for all types of AUTENVER energy meter and communication unit with input keyboard, for all types of energy b2 The computation information storage and communication units with input keyboard are fully functional with the other AUTENVER elements ( AUTTENVER energy control unit and, if necessary, networked with an AUTENVER energy switching unit b3 The arithmetic information storage and communication units with input keyboard output in case of malfunctions in the power supply system via additional equipment signals (acoustically, visually, inform the detected problems or control via the Internet, one later b4 The arithmetic information storage and communication units with input keyboard are equipped with a power supply (energy buffer), so that in case of failure of the main energy, system-relevant Informat ions can be transmitted to the AUTENVER power control unit. b5 The arithmetic information storage and communication units with input keyboard can be equipped with different computing and storage capacities depending on the type of energy or the place of use. b6 The arithmetic information storage and communication units with input keyboard are designed with their different services as a module and can be easily exchanged at the measuring section of the AUTENVER energy meter and communication unit with input keyboard. b7 The arithmetic information storage and communication units with input keyboard are equipped with an interface (plug contact) to which the input keyboard of the AUTENVER energy meter and communication unit can be easily connected and used by the respective energy end user. b8 The arithmetic information storage and communication unit with input keyboard can be used by additional installation of a separate software in the computer system of a final energy consumer (PC, for example), with the help of a separate connector via the interface (plug contact) switching programs for one later To program to be described AUTENVER switching unit and to use as fixed or dedicated line the computing system of the energy end consumer as the input keyboard, instead of the supplied input keyboard. - that the AUTENVER energy meter and communication units with keypad were specially developed for the AUTENVER procedure. - That the AUTENVER energy meter and communication units with input keyboard on site at Energieendverbraucher and before start of work or function start of the AUTENVER process in practice already like normal energy meters can be installed and used, after the start of work or the beginning of the AUTENVER method in in practice, the AUTENVER energy meter and communication units with input keypad are activated by the AUTENVER power management unit via remote control for the AUTENVER procedure. The AUTENVER energy meter and communication units with input keyboard having a PIN number which is valid only for this AUTENVER energy meter and communication unit with input keyboard and which enables the communication between the energy end user and the AUTENVER energy meter and communication unit with input keyboard, be issued. - That the AUTENVER energy meter and communication units are equipped with a keypad with a display on which all system-relevant information (energy consumption, the currently valid energy tariff, the current energy supplier, for example) can be read from the display. - that the AUTENVER energy meter and communication units with input keypad for the types of energy (gas and liquid energy thermal energy) divided into different power classes for all amounts of energy (household / small consumers to industrial / large consumers), for installation at a final energy consumer, of the AUTENVER organization. - That the AUTENVER energy meter and communication units with input keypad for electric energy are used as single or multi-tariff meters for different power classes. - that the AUTENVER energy meter and communication units with input keyboard (as standard) with the information / data from the computer of the AUTENVER energy control unit in the shortest time units (eg minute) with recording time / date / quantity and taking into account the Energy end users via the input keypad of the AUTENVER energy meter and communication unit with input keyboard entered delivery conditions (energy price, payment method, purchase quantities and ecological aspects, for example) decides from which options the requested energy at the time from the available power grid is / was received (fractional energy supplies ). - That the AUTENVER Energiezähler- and communication units with input keyboard stores each shift performed up to a yet to be determined amount of memory in memory and transmitted as an information packet to the AUTENVER power control unit independently. - that the AUTENVER energy meter and communication units can be equipped with input keyboard for gaseous energies with pressure sensors which detect the pressure drop / pressure fluctuations in the supply network and information via the computing information and communication unit as acoustic, optical signals or the Internet to a Report to the energy end user agreed point or control an AUTENVER energy switching unit to be described later. - That the AUTENVER Energiezähler- and communication units can be equipped with input keyboard for liquid energy thermal energy with pressure sensors and report pressure drop / pressure fluctuations corresponding information as acoustic, optical signals or the Internet to a, agreed with the end user energy or one later Control the AUTENVER power switching unit to be described later. - That the AUTENVER energy meter and communication units can be equipped with input keyboard for liquid energy thermoenergy with temperature sensors, which in Temperaturunter- or -überschreitung corresponding information, as acoustic, optical signals or the Internet to a, agreed with the end user energy or trigger an AUTENVER energy switching unit to be described later. - that the AUTENVER energy meter and communication units work with input keyboard for gaseous and for liquid energy thermo-energies with an external power supply (general electric power supply 220-230 volts). - That the AUTENVER energy meter and communication units with input keyboard for gaseous and liquid energy thermal energies in case of failure of the external power supply (electric energy) of the computing memory and information part of the AUTENVER energy meter, the amounts of energy (gas or liquid energy) continues through the mechanical counter are measured and after re-activation of the power supply (electrical energy) of the computing memory and information part of the AUTENVER energy meter, the amount of energy consumed during the power failure of the external power supply (electrical energy) from the mechanical counter, the difference of the energy consumed and determined in the Storage part be deposited. C. AUTENVER power switching unit characterized in that the AUTENVER power switching unit is the link between the AUTENVER power meter and communication unit with input keyboard and any power supply needs of energy consumers. - That the AUTENVER power switching unit has an integrated processing unit that executes the switching commands programmed for the corresponding drive signals through the AUTENVER energy meter and communication units with input keyboard. - That the AUTENVER energy switching unit controlled by the AUTENVER energy meter and communication unit with input keyboard, special energy tariffs (night current, for example) specially supplied by the final energy consumer devices (washing machine / heating, for example) with energy. - that the AUTENVER power switching units manufactured for different energy performance classes can be put into practice. - The AUTENVER energy switching units can be used in all AUTENVER energy meter and communication units with input keypad for all types of energy (electro-gaseous and liquid energy-thermal energy). - That the AUTENVER power switching unit is equipped for additional recording of information data with terminals / plug contacts. - That the AUTENVER energy switching unit can take over data from measuring sensors via the integrated computing unit and forward it to the AUTENVER energy meter and communication unit with input keyboard from where the measured data can be read out by the end user.

Claims

Method for supplying energy to final consumers of energy, who are able to influence and select autonomously in their own initiative via the AUTENVER procedure, from which energy suppliers, at which offered delivery conditions, without contractual obligations to many energy suppliers, the desired energy should be delivered.

Method that, as a composite method of interconnected elements consisting of: a) Energy control unit b) Energy meter and communication units with input keyboard c) energy switching unit enables flexible energy management and distribution.

Process for better utilization of energy producers or energy suppliers those who offer purchased energy quotas through temporary low energy prices.

Method for communication and programming via a communication interface integrated in energy metering and communication units with input keyboard for computer systems.

Method for programming circuits by computer units for energy switching units which takes place via a communication interface of an energy meter and communication unit with input keyboard.

Method for reading data of a power switching unit via a communication interface of an energy counting and communication unit with input keyboard.

Name backup for the terms a) AUTENVER procedure b) AUTENVER power control unit c) AUTENVER energy meter and communication unit with input keyboard d) AUTENVER power switching unit