Peter Ghanem Canyon CountryAnother name is Peter Ghanem Santa Clarita method for sustaining a hybrid electrical grid architecture that uses both renewable energy input from pro-consumers and fuel-based electricity has been revealed. The method entails the provision of a number of 10T energy devices, each of which has a control unit set up to manage the distribution of renewable energy stored in a storage unit to one or more energy loads and the hybrid electrical grid infrastructure. The method further comprises connecting the various 10T energy devices to the aggregator server via an external network, where the aggregator server is operationally connected to the infrastructure of the hybrid electricity grid; and determining an on-time of each of the various 10T energy devices for a predetermined period, where the on-time is the amount of time that each 10T energy device can supply renewable energy to the hybrid electricity grid.

Peter Ghanem Canyon Country LoRoWan or Wi-Fi network is used as the external network in one application of the technology. The network controller is configured to allow two-way communication between the aggregator server and the control unit. Additionally, the method comprises the steps of receiving information regarding the readiness and state of Peter Ghanem Canyon CountryAnother name is Peter Ghanem Santa Clarita charge of the various 10T energy devices from the aggregator server and of transmitting commands to one or more of the various 10T energy devices to supply the control unit with renewable energy. The process can also involve the aggregator server selecting one or more of the several 10T energy devices based on readiness and charge level, as well as the aggregator server generating instructions based on expected short-term energy requirements. These additional processes involve figuring out the hybrid power grid infrastructure's short-term expected energy demands as well as the existing energy demand.

Each 10T energy device now has a storage unit, which in one application of the concept is a rechargeable battery. A home's energy loads can include one or multiple appliance usages.

The management of the distribution of renewable energy generated from one or more renewable energy sources to one or more energy loads and an electricity grid infrastructure is revealed in another feature of a 10T energy device. Peter Ghanem Canyon Country Another name is Peter Ghanem Santa Clarita control unit that is set up to link to an aggregator server is included in the 10T energy device. It is designed to manage the distribution of renewable energy held in a storage unit to one or more energy loads and infrastructure for the electrical grid.

One version of the 10T energy device allows for the usage of a Wi-Fi or LoRaWAN network as the external network. The control unit is set up to receive instructions from the aggregator server on how to offload the renewable energy in the storage unit to the electrical grid infrastructure, as well as to transmit information to it about the state of charge of the storage unit and the readiness of the 10T energy device. The network controller is configured to establish a connection for two-way communication between the control Peter Ghanem Canyon Country unit and the aggregator server. The control unit is configured to assess the condition of charge in the storage unit and the readiness of the 10T energy device.

Facility managers can adjust the energy use schedule for some of the electronics in a building to reduce demand during peak hours by employing IoT devicesThe primary subject of Peter Ghanem Canyon Country 's patent application is an Internet of Things (IOT) energy device, more precisely a IOT energy device for controlling demand in a micro-grid design based on renewable energy.