new way for blockchain to solve Greenhouse effect

Last 2017 “the Sustainable Energy for All Forum ” gave the world a warning that when the world is not on track reaching it 2030 energy goals leaders of the government and finance need to coordinate policy and plans towards clean energy and establishment efficiency. This issue will give investment opportunities for more energy efficient building or infrastructure upgrade like renewable energy generation on buildings. Solar panels and windmills on top of a building not only will be an investment but perhaps a requirement in some building in the year 2030. A third of greenhouse gases are caused by electricity used in buildings, the increase electric tax might happen to encourage establishment to lessen electric consumption and increase energy efficiency. But the problem right now is that there is no current way to measure building electric efficiency, how to solve building efficiency if there is no standard way of calculating it or standard data to evaluate it.

Knowing the issue of building energy efficiency I found a project we need to help the world its 2030 energy goal introducing Bluenote “the leading Blockchain solution to a zero emission world”. The main objective of Blue Note is to make building energy data and standard using blockchain solution, this solution will be called the Bluenote protocol. Bluenote protocol will be an open-access data analysis on building efficiency because the first step on improving energy efficiency is to build and establish a way to collect building energy efficiency data and standardize it because we cannot improve something without any data reference. Unlike other blockchain solutions for greenhouse effect which focus on renewable energy trading using tokens, Bluenote will be the solution for the needed information for energy efficiency of buildings.
Technical information of Bluenote:
Bluenote protocol will use the Ethereum blockchain for its token, using smart contracts Bluenote protocol will be decentralized, the data collected will be written in a common ledger, it consists chain of nodes. Written in a ledger, Bluenote protocol will be transparent while building owners can control which information can be shared. The protocol is built as modular which allow third-party developers to build an application for the use of the data collected. BNOW is the token will be used in the Bluenote protocol. The token can be used as a reward for sharing data or to buy Bluenote modules.
Bluenote modules:
Marketplace – a place where users can buy modules. The building can connect and compare to other building like analytics, comment, and feedbacks.
Recommendations module – a module on which it the user can see building data such as energy consumption for the month, day and even the times when the electricity spikes, it also include whether to know how weather impact energy consumption, current target, and goals. Using the data collected the user can adjust or prepare ways to decrease energy consumption base on the data analysis on this module.
Attribute modules - a way Bluenote to calculate real-time energy consumption performance, this can be used to monitor, control and see the immediate performance so the user can adjust immediately to achieve its energy target.
Benefits of Bluenote protocol:
• increase building value, a more energy efficient building can increase the investment value of building
• Decrease operating cost because of the lesser electricity bills. Tax reduction in some city like in Jakarta which gives rebates for structures who exceed in their city energy code.
• The most important thing it can help to reduce carbon footprint.
For more information on Bluenote on how they gather data, specific details, and for the crowdfunding visit:
website
whitepaper
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Author:gawer33
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