Paul Angerame Define INTERNET OF THINGS (IOT) ENERGY DEVICE FOR RENEWABLE INFRASTRUCTURE

Paul Angerame Shows An IoT energy device is a technique for controlling the flow of renewable energy into a hybrid electrical grid architecture. The IoT energy devices may consist of a network, an inverter unit, a control unit, and an energy storage unit. For managing renewable energy feed to the grid, the IoT energy devices can link to the aggregator server using an external network like Wi-Fi. In exchange for supplying the grid with renewable energy, pro-consumers are rewarded with digital currency tokens.

The current United States electrical utility grid is in transition to a modern and smart grid. The significant challenge for the existing infrastructure is the growing amount of renewable energy sources. Paul Angerame Renewable energy sources are unstable, and the lack of management can cause serious grid imbalances. The original centralized design is outdated, aging, and urgently needs an upgrade. The trend in the market has changed towards a decentralized model that uses Distributed Energy Resources. These include renewable energy suppliers like Solar, Wind, and Hydro. A global consensus now is that energy sources and energy consumption should be as close as possible rather than the centralized grid model.

Electricity prosumers have access to system balance equipment that enables them to feed the grid with extra power produced by renewable energy sources. Such equipment, Paul Angerame however, is expensive, difficult to install and maintain, and insufficient to handle the growing proportion of renewable energy sources in the grid system. According to Paul Angerame, an upgraded pro-consumer device that enables better control of micro-grids and a mechanism for managing the energy infrastructure are thus recognized as being necessary for the industrial sector, as are incentives for consumers to adopt renewable energy sources.

Therefore, the main goal of the current invention is to provide an Internet of Things device and method of advanced management and two-way communication capabilities for a microgrid. Another goal of the current idea is to encourage people to use renewable energy sources to power their houses, offices, and other similar structures and to make the device simple to install and operate. The idea is to make it possible for people to use renewable energy on a Paul Angerame large scale and to make installation and management more affordable.

A method for managing a hybrid electricity grid infrastructure based on fuel-based electricity and renewable energy input from pro-consumers has been disclosed in one aspect. The method involves providing a number of IOT energy devices, each of which has a control unit designed to manage the distribution of renewable energy stored in a storage unit to one or more energy loads and the hybrid electricity grid infrastructure. The additional steps in the method include connecting the various IoT energy devices to the aggregator server via an external network, Paul Angerame where the aggregator server is operationally connected to the hybrid electricity grid infrastructure; and figuring out each of the numerous IoT energy devices’ on-times for a predetermined period, where the on-time is the amount of time that each IOT energy device can supply renewable energy to the hybrid electricity grid infrastructure.

One use of the technology, presented by Paul Angerame, uses a LoRoWan or Wi-Fi network as the external network. The network controller is set up to enable two-way communication between the control unit and the aggregator server. The method also includes the steps of receiving the state of charge and readiness of the various IoT energy devices from the aggregator server and transmitting instructions to one or more of the various IoT energy devices to deliver the renewable energy to the control unit. The method can also include steps for the aggregator server to identify one or more of the many IoT energy devices based on their state of charge and readiness, determine current energy demand and short-term projected energy Paul Angerame demands of the hybrid electricity grid infrastructure, and generate instructions based on the short-term projected energy demands.

IoT energy device manages the distribution of renewable energy produced from one or more renewable energy sources to one or more energy loads. The IoT energy device currently consists of: a control unit designed to manage the distribution of renewable energy stored in a storage unit to one or more energy loads and an electricity grid infrastructure, the control unit is designed to connect to an aggregator server; an inverter unit for conversion of electrical energy between AC and DC; and a network controller for connecting to an external network, wherein the control unit connects to the aggregator server through the external network.

According to one aspect, an IoT energy device is disclosed for managing the distribution of renewable energy produced from one or more renewable energy sources to one or more energy loads and an electricity grid infrastructure. The IoT energy device includes: Paul Angerame a control unit configured to manage the distribution of renewable energy stored in a storage unit to one or more energy loads and an electricity grid infrastructure, the control unit being connected to an aggregator server.

One implementation of the IoT energy device uses a Wi-Fi or LoRaWAN network as the external network. The control unit is further configured to transmit information about the state of charge of the storage unit and the readiness of the IoT energy device to the aggregator server, and the control unit receives instructions from the aggregator server to offload the renewable energy in the storage unit to the electrical grid infrastructure. The network controller is set up to connect for two-way communication between the control unit and the Paul Angerame aggregator server. The control unit is set up to assess the storage unit’s level of charge and the IoT energy device’s readiness. In accordance with a command received from the aggregator server, the control is further set up to charge the storage device using electricity obtained from the infrastructure of the electricity grid.