About 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 community relationships while restoring "balance of power" and moving towards the 21st century. SIM is an economical bridge that tracks such relationships quickly and is driven by AI (AI), providing self-sufficiency and decentralized networks, delivered via IoT, and audited by block-chain technology.
SIM is a virtual currency token created within a "SimBox" created to balance consumer, prosumer, innovator and utility. Each device acts as a node in our network. We call it Energy of Things, but SIM offers calls that complement the user based on building performance improvements.
The energy saving efforts inside the building generate a negative kW time "Negawatts" that translates into the automatic output of SIM tokens, which can be used for economic benefit. You can program the SimBox to warn you for manual control, and the built-in AI software can automatically handle your energy-saving requirements and concentrate on the finer points.
Either way, SIM offers consumers and prosumers incentives to reduce individual energy consumption, distribute to disadvantaged people, and reveal the footsteps we all took in the wilderness.
Partners
There is a company that is very visible to our partners.
Impressive - 9th place worldwide exchange
With Bit-Z ranked 9th in the world's trading volume, it is possible to get listed with only 2000 votes through the vote.
I have not started ICO yet, but it looks impressive.
Explanation video
Problem
Consumer is not an electrician. The vast majority do not understand how power is delivered and distributed throughout the home. Therefore, when a problem arises, the energy consumer must make the best guess on how to solve and solve the voluntary problem. Consumers should also make efforts to understand and manage electricity rates.
Energy is also needed as population and electrical equipment grow exponentially. As the infrastructure of the utility grid is emphasized and outdated, demand continues to increase and reliability is declining. There is also an energy imbalance in the energy demand time that makes the problem more complicated. And grid stress and volatile energy prices.
Utilities and governments have worked to develop programs that provide incentives to reduce energy use through energy efficiency measurements and move energy usage to other times of the day to switch real time demand. The problem is that all these programs require significant resources to manage. This program requires high-level people who need to visit people's homes for energy audits, calculations, recommendations for more efficient consumer products, verification of energy-efficient actions, form refunds and processing. In addition, these programs only upgrade appliances and do not guarantee the occupant's use behavior, which is the key to solving the demand problem. Unfortunately, human behavior is one of the hardest things to change and this is one of the main reasons why this program can not be a perfect solution.
To summarize briefly
3.2.1 Overload circuit
3.2.3 Lack of information
3.2.4 Lack of integration
3.3 There is a corporate adoption problem of the project developer.
Please refer to the white paper for specific information. If you are vulnerable to English, please bookmark the website below and wait for it ^ ^
Solution
"Energy-saving technologies are improving faster than they are applied, so efficiency is getting bigger and cheaper." - Emory Lovins
When we introduce Simmitri, we are actually introducing a new energy network paradigm. Today, the energy market is shifting from a centralized network to a decentralized and partially decentralized network. We want a more progressive approach that can be considered a self-supporting network.
Problem
Consumer is not an electrician. The vast majority do not understand how power is delivered and distributed throughout the home. Therefore, when a problem arises, the energy consumer must make the best guess on how to solve and solve the voluntary problem. Consumers should also make efforts to understand and manage electricity rates.
Energy is also needed as population and electrical equipment grow exponentially. As the infrastructure of the utility grid is emphasized and outdated, demand continues to increase and reliability is declining. There is also an energy imbalance in the energy demand time that makes the problem more complicated. And grid stress and volatile energy prices.
Utilities and governments have worked to develop programs that provide incentives to reduce energy use through energy efficiency measurements and move energy usage to other times of the day to switch real time demand. The problem is that all these programs require significant resources to manage. This program requires high-level people who need to visit people's homes for energy audits, calculations, recommendations for more efficient consumer products, verification of energy-efficient actions, form refunds and processing. In addition, these programs only upgrade appliances and do not guarantee the occupant's use behavior, which is the key to solving the demand problem. Unfortunately, human behavior is one of the hardest things to change and this is one of the main reasons why this program can not be a perfect solution.
To summarize briefly
3.2.1 Overload circuit
3.2.3 Lack of information
3.2.4 Lack of integration
3.3 There is a corporate adoption problem of the project developer.
Please refer to the white paper for specific information. If you are vulnerable to English, please bookmark the website below and wait for it ^ ^
Solution
"Energy-saving technologies are improving faster than they are applied, so efficiency is getting bigger and cheaper." - Emory Lovins
When we introduce Simmitri, we are actually introducing a new energy network paradigm. Today, the energy market is shifting from a centralized network to a decentralized and partially decentralized network. We want a more progressive approach that can be considered a self-supporting network.
Problem
Consumer is not an electrician. The vast majority do not understand how power is delivered and distributed throughout the home. Therefore, when a problem arises, the energy consumer must make the best guess on how to solve and solve the voluntary problem. Consumers should also make efforts to understand and manage electricity rates.
Energy is also needed as population and electrical equipment grow exponentially. As the infrastructure of the utility grid is emphasized and outdated, demand continues to increase and reliability is declining. There is also an energy imbalance in the energy demand time that makes the problem more complicated. And grid stress and volatile energy prices.
Utilities and governments have worked to develop programs that provide incentives to reduce energy use through energy efficiency measurements and move energy usage to other times of the day to switch real time demand. The problem is that all these programs require significant resources to manage. This program requires high-level people who need to visit people's homes for energy audits, calculations, recommendations for more efficient consumer products, verification of energy-efficient actions, form refunds and processing. In addition, these programs only upgrade appliances and do not guarantee the occupant's use behavior, which is the key to solving the demand problem. Unfortunately, human behavior is one of the hardest things to change and this is one of the main reasons why this program can not be a perfect solution.
To summarize briefly
3.2.1 Overload circuit
3.2.3 Lack of information
3.2.4 Lack of integration
3.3 There is a corporate adoption problem of the project developer.
Please refer to the white paper for specific information. If you are vulnerable to English, please bookmark the website below and wait for it ^ ^
Solution
"Energy-saving technologies are improving faster than they are applied, so efficiency is getting bigger and cheaper." - Emory Lovins
When we introduce Simmitri, we are actually introducing a new energy network paradigm. Today, the energy market is shifting from a centralized network to a decentralized and partially decentralized network. We want a more progressive approach that can be considered a self-supporting network.
When the Simmitri team embarked on an idea of how to create a self-supporting network, we were inspired by nature. All living beings are self-sufficient forms of life that live in interdependent systems. It is the balance between interdependence and self-sufficiency that nature maintains diversity. Simmitri has both advantages by integrating this balance principle into the network by creating a hybrid version of a distributed network that is self-sufficient and capable of participating in a distributed network.
Roadmap
Q1 2018
● Design, technical and production line strategy specifications for
Simibox
● List of basic and supplementary rules for SIMI AI functions ● Application for Simmitri Token (SIM) to be listed on a virtual currency exchange
Q2 2018
● Established customer wallets (dashboards) for imports and remittances
● Block chain and data acquisition integration testing on open API networks
● Implementation and market maturity for partners (analysis)
Q3 2018
● Simibox prototype v.01
● Launch Smart Home incubator program
● Beta test of local market sample group
Q4 2018
● In-
depth statistical analysis of Simibox and current client lists and pipeline integration beta testers
● National incentive application for renewable energy suppliers
Token information
• ERC20 based token
• Circular token: 175 million Simmitri
• Total supply token: 350 million Simmitri
• Simmitri Symbol: SIM
• Simmitri Smart contract Address: 0x7528e3040376edd5db8263db2f5bd1bed91467fb
• Decimals: 18
• Token price: $ 0.22 USD
Team members
advice
Related link
Website: http://token.simmitri.com/
BitcoinTalk Ann: https://bitcointalk.org/index.php?topic=3516185.0
Telegram: https://t.me/SimmitriToken
Username: danil21
Eth: 0x4cEaD27a6A2aAEdAa44d35D8BF2a2c9370AbbE6a
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