The symbol of the SIM card is a cryptodynamic incentive, which is obtained in an intelligent energy economy, in which the network becomes more efficient. To be more efficient in the use of energy, Simmitri develops an "intelligent box" that works from artificial intelligence (AI), communicates with all devices that consume energy and is tested using blockchain technology.
About the user simmitri
SIM is an energy economy created for the future. He was born in an elite solar company known as Simmitri (simmitri.com), whose mission is to continue building strong social relationships, restoring the "balance of power" and moving into the 21st century. SIM is an economic bridge that rapidly tracks such relationships and is controlled by AI (AI), providing self-sufficiency and decentralized networks delivered through the IoT, and tested by blockchain technology.
SIM is a virtual token created in the framework of "SimBox", created for the balance between the consumer, the product, the innovator and the utility. Each device acts as a node in our network. We call it the Energy of Things, but SIM offers calls that complement the user, based on improving the performance of the building.
The energy saving efforts inside the building generate a negative of kWh "Negawatts", which becomes an automatic exit of SIM tokens that can be used to obtain economic benefits. You can program the SimBox to warn you about manual control, and the integrated AI software can automatically manage your energy saving requirements and focus on the weak points.
In any case, SIM offers incentives to consumers and prospects to reduce individual energy consumption, disseminate to disadvantaged people and reveal the steps we all take in the desert.
Problems
The consumer is not an electrician. The vast majority do not understand how power is distributed and distributed throughout the house. Therefore, when a problem arises, the energy consumer should guess how to solve and solve the problem of voluntariness. Consumers must also strive to understand and manage electricity rates.
Energy is also needed, since population and electrical equipment grow exponentially. As the infrastructure of the public service network is stressed and outdated, demand continues to increase and reliability decreases. There is also an energy imbalance in energy consumption, which complicates the task. Both the net stress and the volatile energy prices.
Public utilities and governments have worked to develop programs that offer incentives to reduce energy consumption by measuring energy efficiency and the use of energy at other times of the day to change demand in real time. The problem is that all these programs require significant resources for administration. This program requires high-level people who must visit homes for people in order to perform energy audits, calculations, recommendations for more efficient consumer goods, verify energy efficiency actions, generate reimbursement and processing. In addition, these programs only update devices and do not guarantee user behavior, which is the key to solving the demand problem. Unfortunately, human behavior is one of the most difficult things to change, and this is one of the main reasons why this program may not be the ideal solution.
Decision
"Efficiency is a growing and cheaper resource, since energy-saving technologies are improving faster than they are used." - Emory Lovins
When we introduce Simmitri, we actually present a new paradigm of the energy network. Today, the energy market is moving from a centralized network to a decentralized and partially decentralized network. We need a more progressive approach, which can be considered a self-sufficient network.
The proposed technological solution
Simmitri Hardware
Simmitri uses three basic hardware solutions in this economy. Since
The electrical load panel, "SimBox", performs the current energy audit of each scheme and, possibly,
The distribution point sends a signal through the circuit cables and reads a unique electrical signal
The signature of each circuit is similar to a fingerprint. Then the smart socket "SimSocket" sends
SimBox feedback. This is necessary to establish a grid for monitoring and automation The Simmitri power plant, or SimStation, is an added microfluidics plant that allows it to produce electrons and send them back to the network. These products will be automate the most effective and efficient ways to produce Negawatts controlling consumption in real time, which is beneficial to reduce demand and stabilize the network.
SimBox
Since the objective of MVP is to demonstrate the product at a minimum cost and real work
A product that can demonstrate the use of the token and the utility is the initial high level
architecture, we offer for the platform. The proposed technical functions of SimBox will be:
1. It acts as a mirror electrical panel that verifies all the devices that consume energy in
building
2. Receive a message from HEMS and IoT smart devices regarding identity
a device for a deeper analysis of the importance of what is a need or a desire.
3. Respond with electrical feedback to devices with the required energy source.
4. Collect and store data from each device in an intelligent meter.
5. Execute the AI and blockchain protocols to guarantee energy efficiency standards.
6. Store confidential keys in the device hardware store.
7. Act as a gateway to the Ethereum network, reading the data from Blockchain and
tracking of wallet remnants.
8. Allows users to transfer their SIM tokens from their wallet to a cloud exchange.
9. Replace your earned SIM cards with another currency or currency and transfer it
to his account.
SimSocket
When we decided to approach the creation of a fuse block in the modern era, although there
opportunities, we still identify serious limitations. One of the main problems is that
The traditional distribution schemes that lead to each point of sale do not provide enough Information In principle, all the information provided was two metrics; 1) how much energy and 2) when it was used. This left us in the dark to determine what instruments were in use.it is necessary to handle the basic functions of work,without knowing whether the connected device was a refrigerator, a monitor for children, a modem or security cameras, everything was considered a necessary constant.
Therefore, it was necessary to solve additional hardware solutions to allow the use of intelligent connectors to help identify unique devices and, ultimately, control the flow of energy according to the parameters.
The proposed technical functions of SimSocket will be:
1. Divide the individual connectors in the form of several portals for the energy flow.
2. For light connectors, use light bulbs.
3. Consume "matching" data with a smart plug or Iot device.
4. Transfer the data to Simbox.
5. If necessary, use sensory data (video, audio, location, temperature, etc.).
SimStation
For Prosumers, a storage facility for the storage and transfer of renewable energy sources from the solar panel or other means for an effective participation in the economy as energy generator. This high capacity plant is equipped with connections for several energy sources, pairs with several microinverters and storage of processes for a small part of the cost.
Artificial Intelligence/Simi
Smart box, equipped with our artificial intelligence, Simi makes SimBox a synchrophasor of n steroids. The AI measures the flow of electricity through the building network in real time, allowing users to actively manage and avoid failures and detect inefficiencies. The sensors throughout the network will communicate with the network and change the power consumption during peak hours, which will reduce the load on the network and reduce prices for our consumers.
Blockchain Technology
It is necessary to understand the difference between a chain of public and private blocks. Public blockchain allows everyone to use the network, initiate transactions, read data and join the network as miners. The larger the network, the more secure it is. A private block chain is maintained by a closed network of nodes or even by an object. Therefore, for the transparency functions and the economy of the marker, a public block string is preferable for this case.
In fact, SimBox will be a node that runs on the network. This will be an application
working inside the device (for example, application Node.JS), which:
1. Communicate with the Ethereum network through the API;
2. Follow the stock exchange balance;
3. Start transactions;
4. Communicate with the cryptographic exchange for instant crypto / fiat exchange.
