SD Power Control Network Services |
The Software Defined (SD) Power Control Network is a software based intelligent architecture that transports power infrastructure into the modern age of networked-assets, communication, and intelligence.
The SD Power Control is an architectural transformation akin to the evolution of media consumption to OTT and mobile communication to the smartphone. Based on carrier-class services provisioning technology, WaveTech’s proprietary set of products and services create custom next generation software defined network protection, provisioning, and protection layers that are more proactive, nimble, and cost effective. Our platform allows customers to transform their critical power infrastructure, into a flexible and manageable unified set of data and resources that can be efficiently analyzed and provisioned.
Power Control Router®
The appliance at a site (Power Control Node) that connects heterogenous power generation, power storage, and power consumption elements together in manner that allows sites to create and optimize a critical power virtual network with the greatest amount of uptime (99.999%) at the lowest cost. PCR directs the generation, storage, and use of electricity on a given site based on costs, availability, and a number of other mechanisms based on the sensor input of the network and user input of a server. The PCR integrates with and communicates with any and all existing hardware and software stacks at the site, data center or cloud. The PCR detects and operates in any natural languages that the site is located. The PCR uses real-time GPS to send a push notification alert once a default error is detected and has a redundant fail-safe backup handoff to another PCR sitting offsite in a datacenter and or cloud provider in the event the PCR is removed from the site.
Power Control Node®
The Site that is encompassed by the PCR and the power generation elements (i.e. grid, solar, generators), power storage (batteries), and power consumption elements (load, site industrial equipment).
Power Control Network
A number of Power Control Nodes that can be remotely controlled and managed to provide services in a redundant fashion. Two nearby Power Control Nodes can use excess power storage or excess power generation to feed electricity back to the grid to deliver electricity as well as operate the equipment in the event of a loss of grid utility.
The WaveTech Power Control Router can control the delivery, charging, discharging, and storage of electric power between a number of heterogeneous power generation, storage, and consumption devices. The intelligence of the router can route electric power from a source to a destination based on cost, grid availability, need, load, or other specific user designated reasons.
By using proprietary software algorithms and artificial intelligence, the PCR can predict and prevent a site from going down, by automatically engaging the critical power virtual network to start and becoming the most reliable and cost-effective power source for the site until the predictive default alert is corrected.
Premium High-Performance Energy System Design, Installation, Monitoring and Maintenance
WaveTech offers high performance solutions and expertise for premium energy system engineering, asset lifecycle extension, battery backup, maintenance, and exchange. Our expert team develops customized backup energy systems, provides specialty critical power infrastructure, and offers ongoing power system service and automation programs. As battery experts who value efficiency and safety, WaveTech’s custom systems aid in the safe transfer, maintenance, and storage of backup energy assets. From utility plants to data centers, WaveTech’s solutions and integrated energy services keep businesses powered-up, maintained, and protected. WaveTech partners closely with customers to create custom critical power operation plans that protect their businesses and assets.
WaveTech provides automated provisioning, analytics, monitoring, and life-cycle management for all Power Control Routers managed through a single system with customizable dashboards. The WaveTech web portal delivers a smooth user experience and neatly presents all of the context-sensitive Nodes (Sites) and services that are relevant for the user, ranging from site specific information all the way up to network-wide holistic views. WaveTech automatically deploys site appliances with pre-provisioned settings and dynamically connects them to a user defined hierarchical network. For advanced configuration and automation, virtual network appliances can be accessed later by web-portal or CLI. No system in today’s network can perform in isolation, so we provide a rich set of APIs for easy integration with OSS and BSS systems, including billing. WaveTech provides performance monitoring functions as well as a meaningful representation of the different kinds of analytical data for the traffic passing through the network or a particular site.
Life cycle management includes instantiation, scaling the virtual network up and down, performance measurement and finally, termination of the appliance when requested, either by the customer or as required by the network operator.
The Software Defined (SD) Power Control Network is a software based intelligent architecture that transports power infrastructure into the modern age of networked-assets, communication, and intelligence.
The SD Power Control is an architectural transformation akin to the evolution of media consumption to OTT and mobile communication to the smartphone. Based on carrier-class services provisioning technology, WaveTech’s proprietary set of products and services create custom next generation software defined network protection, provisioning, and protection layers that are more proactive, nimble, and cost effective. Our platform allows customers to transform their critical power infrastructure, into a flexible and manageable unified set of data and resources that can be efficiently analyzed and provisioned.
Power Control Router®
The appliance at a site (Power Control Node) that connects heterogenous power generation, power storage, and power consumption elements together in manner that allows sites to create and optimize a critical power virtual network with the greatest amount of uptime (99.999%) at the lowest cost. PCR directs the generation, storage, and use of electricity on a given site based on costs, availability, and a number of other mechanisms based on the sensor input of the network and user input of a server. The PCR integrates with and communicates with any and all existing hardware and software stacks at the site, data center or cloud. The PCR detects and operates in any natural languages that the site is located. The PCR uses real-time GPS to send a push notification alert once a default error is detected and has a redundant fail-safe backup handoff to another PCR sitting offsite in a datacenter and or cloud provider in the event the PCR is removed from the site.
Power Control Node®
The Site that is encompassed by the PCR and the power generation elements (i.e. grid, solar, generators), power storage (batteries), and power consumption elements (load, site industrial equipment).
Power Control Network
A number of Power Control Nodes that can be remotely controlled and managed to provide services in a redundant fashion. Two nearby Power Control Nodes can use excess power storage or excess power generation to feed electricity back to the grid to deliver electricity as well as operate the equipment in the event of a loss of grid utility.
The WaveTech Power Control Router can control the delivery, charging, discharging, and storage of electric power between a number of heterogeneous power generation, storage, and consumption devices. The intelligence of the router can route electric power from a source to a destination based on cost, grid availability, need, load, or other specific user designated reasons.
By using proprietary software algorithms and artificial intelligence, the PCR can predict and prevent a site from going down, by automatically engaging the critical power virtual network to start and becoming the most reliable and cost-effective power source for the site until the predictive default alert is corrected.
Premium High-Performance Energy System Design, Installation, Monitoring and Maintenance
WaveTech offers high performance solutions and expertise for premium energy system engineering, asset lifecycle extension, battery backup, maintenance, and exchange. Our expert team develops customized backup energy systems, provides specialty critical power infrastructure, and offers ongoing power system service and automation programs. As battery experts who value efficiency and safety, WaveTech’s custom systems aid in the safe transfer, maintenance, and storage of backup energy assets. From utility plants to data centers, WaveTech’s solutions and integrated energy services keep businesses powered-up, maintained, and protected. WaveTech partners closely with customers to create custom critical power operation plans that protect their businesses and assets.
WaveTech provides automated provisioning, analytics, monitoring, and life-cycle management for all Power Control Routers managed through a single system with customizable dashboards. The WaveTech web portal delivers a smooth user experience and neatly presents all of the context-sensitive Nodes (Sites) and services that are relevant for the user, ranging from site specific information all the way up to network-wide holistic views. WaveTech automatically deploys site appliances with pre-provisioned settings and dynamically connects them to a user defined hierarchical network. For advanced configuration and automation, virtual network appliances can be accessed later by web-portal or CLI. No system in today’s network can perform in isolation, so we provide a rich set of APIs for easy integration with OSS and BSS systems, including billing. WaveTech provides performance monitoring functions as well as a meaningful representation of the different kinds of analytical data for the traffic passing through the network or a particular site.
Life cycle management includes instantiation, scaling the virtual network up and down, performance measurement and finally, termination of the appliance when requested, either by the customer or as required by the network operator.
Remote Site Monitoring and Control View
