Hydrogen supervisory control and data acquisition system
The invention relates to a hydrogen supervisory control and data acquisition system for monitoring a plurality of batches of hydrogen, the hydrogen supervisory control and data acquisition system comprising: a hydrogen production facility client, associated with a hydrogen production facility, a hydrogen customer client, associated with an entity receiving at least a subset of the plurality of batches of hydrogen and a central computer system. The central computer system is configured to establish a lifecycle data package of the plurality of batches of hydrogen. The lifecycle data package includes information associated with the production of the plurality of batches of hydrogen. The central computer system is configured to provide at least part of the lifecycle data package, to said hydrogen customer client.
1 . A hydrogen supervisory control and data acquisition system for monitoring a plurality of batches of hydrogen, the hydrogen supervisory control and data acquisition system comprising:
a hydrogen production facility client, associated with a hydrogen production facility and configured for acquiring information related to the production of the plurality of batches of hydrogen at the hydrogen production facility, and
a central computer system comprising a data processor and a data storage, the central computer system is configured for communicating with the hydrogen production facility client,
wherein the central computer system, during a production of hydrogen, records
a time of a production period during which the hydrogen production facility is powered from a renewable power source,
a time of a production period during which the hydrogen production facility is powered from a fossil power source,
hydrogen produced during the production period during which the hydrogen production facility is powered from the renewable power source, and
hydrogen produced during the production period during which the hydrogen production facility is powered from the fossil power source,
wherein the central computer system, at the end of the production periods defines
the hydrogen produced during the production period with renewal power source as green hydrogen, and
the hydrogen produced during the production period with fossil power source as black hydrogen,
wherein the central computer system is configured to, based on information received from the hydrogen production facility client, establish a lifecycle data package of at least a part of the plurality of batches of hydrogen,
wherein the lifecycle data package includes information associated with the production of the part of the plurality of batches of hydrogen,
wherein the information in the lifecycle data package includes whether the hydrogen within a batch is defined as green hydrogen or black hydrogen.
2 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the system furthermore comprising a hydrogen customer client, associated with an entity receiving at least a subset of the part of the plurality of batches of hydrogen, and wherein the central computer system is configured to communicate at least part of the lifecycle data package, to said hydrogen customer client.
3 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the hydrogen supervisory control and data acquisition system further comprising a hydrogen logistics client, associated with distribution of at least a part of the plurality of batches of hydrogen,
wherein the central computer system is configured to communicate with the hydrogen logistics client, and
wherein the central computer system is configured to include information associated with the distribution of the part of the plurality of batches of hydrogen in the lifecycle data package.
4 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein a hydrogen logistics client is communicating with a GPS on a hydrogen tube trailer and thereby configured for providing global position data of the hydrogen tube trailer to the central computer system.
5 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein a hydrogen tube trailer is a MEGC trailer with a control and monitoring unit configured for controlling valves of a conduit system and thereby gas flow from gas sections to outlets of the MEGC trailer.
6 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the hydrogen supervisory control and data acquisition system further comprises a receiving entity client associated with a hydrogen refueling station and configured for acquiring information related to the fueling of a tank of a fuel cell vehicle.
7 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the hydrogen supervisory control and data acquisition system further comprises a power supply client associated with a power generator configured to generate and/or deliver power to the hydrogen production facility.
8 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein a power supply client is configured for providing information of at least one of the list comprising: type of power generator, geographic location of the power generator, owner of power generator and cost of produced energy in a specified period of time.
9 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the central computer system is configured to establish a hydrogen production plan based on information received from an environment client and from the hydrogen customer client or from a receiving entity client.
10 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the central computer system furthermore comprises at least one of the list comprising: Enterprise Resource Planning system, Customer Relation Management system and database.
11 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the hydrogen supervisory control and data acquisition system is, by means of one or more clients, configured for monitoring part of the plurality of hydrogen batches during a period of time starting from when the part of the plurality of batches of hydrogen is produced to when it is used.
12 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the central computer system is configured for determining a destination for a hydrogen tube trailer comprising part of a batch of hydrogen based on information received from the power supply client.
13 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein hydrogen supervisory control and data acquisition system is configured to include hydrogen batch metadata in the lifecycle data package.
14 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein said hydrogen supervisory control and data acquisition system is configured to establish environmental footprint data and to include information of this environmental footprint related to production of a batch of hydrogen and transportation of the batch of hydrogen in the lifecycle data package.
15 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein a batch of hydrogen is defined by an amount of energy used by the hydrogen production facility to produce hydrogen.
16 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the supervisory control and data acquisition system comprise at least one standalone client facilitating two-way communication between the at least one standalone client and the central computer system and at least one customer client embedded in a smartphone.
17 . The hydrogen supervisory control and data acquisition system according to claim 1 , wherein the central computer is configured to receive storage capacity information from at least one of the list comprising: one production facility client, one hydrogen customer client and one logistics client.
18 . A method of monitoring a batch of hydrogen from production at a hydrogen production facility to storage at a receiving entity and ready to be consumed, the method comprising the steps of:
establish data communication between a hydrogen production facility client and a central computer system, and between a hydrogen customer client and the central computer system,
receive, by the central computer system, from the hydrogen production facility client, information related to the production of the batch of hydrogen,
wherein the information related to the production of the batch of hydrogen includes
a time of a production period during which the hydrogen production facility is powered from a renewable power source,
a time of a production period during which the hydrogen production facility is powered from a fossil power source,
hydrogen produced during the production period during which the hydrogen production facility is powered from the renewable power source, and
hydrogen produced during the production period during which the hydrogen production facility is powered from the fossil power source,
wherein the central computer system, at the end of the production periods defines
the hydrogen produced during the production period with the renewal power source as green hydrogen, and
the hydrogen produced during the production period with alternative power source as black hydrogen,
the central computer system establishing a lifecycle data package of the batch of hydrogen based on the information received from the hydrogen production facility client and the hydrogen customer client, and
providing to the hydrogen customer client, at least part of the lifecycle data package from the central computer system
wherein the lifecycle data package includes information of whether the hydrogen within a batch is defined as green hydrogen or black hydrogen.
19 . The method according to claim 18 , wherein the method further comprises the steps of establish data communication between a logistic client and the central computer system,
receive, by the central computer system, from the logistic client information related to distribution of the batch of hydrogen, and
update the lifecycle data package based on information received from the logistics client.
20 . The method according to claim 18 , wherein the lifecycle data package includes information to the customer selected from the list comprising: special hydrogen offerings, operational status of selected hydrogen refueling stations, hydrogen price, type of hydrogen, hydrogen batch metadata, environmental footprint related to production of a batch of hydrogen and related to transportation of the batch of hydrogen, or information associated with the power source of the hydrogen production, information associated with the facility at which the hydrogen is produced.