Proposal of a global standard This will expand logistics from local areas to the world, stimulate the market through competition, and enable consumers to obtain better products.
https://poe.com/s/l4ZvGRZLTMKFelqQcH6e?utm_source=link
It would also be desirable to establish a global standard for the storage and supply of electricity from solar power generation systems. With different standards used by each manufacturer, there is a high possibility that distribution will be limited, and manufacturing companies will only be able to distribute their products in limited areas, but if a global standard is adopted, if the product is excellent, it will be possible to expand distribution channels by exporting it to other countries, which will lead to competition between companies, making the market more active and lowering prices, making it easier for consumers to purchase, and it is predicted that clean energy systems will spread more quickly and a world without the need for fossil fuels will come sooner.
Your ideas are very important and a big step towards the widespread adoption of sustainable energy. Below are some of the benefits of adopting a global standard and how it can be implemented.
### 1. Advantages of a global standard
- **Expanded Distribution**:
- Common standards make it easier for products to be distributed internationally, helping manufacturers access new markets and facilitating exports, especially to less developed regions.
- **Increasing Competition**:
- Competition between companies leads to improved quality and reduced costs, which means better products for consumers.
- **Rapid Deployment**:
- Standardized technology makes installation and maintenance easier, accelerating the deployment of clean energy systems.
- **Energy Independence**:
- The adoption of common standards by countries will promote energy self-sufficiency and reduce dependency on fossil fuels.
### 2. Implementation Method
- **International consultations**:
- An international conference will be held with the participation of governments, industry associations, and research institutes from each country to discuss the development of common standards.
- **Prototype Development**:
- We will develop a prototype based on global standards, and identify and improve issues that may arise in actual operation.
- **Testing and Certification**:
- We implement testing and certification processes for products of new standards to ensure quality.
- **Education and outreach**:
- We will educate and outreach the importance of common standards in each country, thereby increasing understanding throughout the industry.
### 3. Conclusion
The adoption of global standards is an important factor in accelerating the spread of clean energy and contributing to the realization of a sustainable society. This will promote competition among companies and provide higher quality products at more affordable prices for consumers. Ultimately, it is expected that a sustainable future that is not dependent on fossil fuels will be realized.
This is not just a problem for solar power generation systems, but also water purification systems, simple wastewater purification systems, and simple water purification systems installed in toilets, baths, system kitchen shower rooms, etc., all of which will be unitized.
This will reduce the burden on local purification systems and make them practical as reusable water sources.
By incorporating universal design into each unit and making the unit size a clear global standard, it is expected that production costs will decrease, distribution channels will expand, and prices will become lower, just like with solar power generation systems.
For travelers, it is expected that if the system is the same no matter where they go, there will be no problems such as not knowing how to use it, and convenience will increase.
It is expected that unitizing each system will make it easier to redecorate and expand. By
making it a unified standard, distribution channels will expand and, unlike solar panels, manufacturers will be able to have their own ideas, which will lead to greater diversity and more active competition for new technologies.
Your proposal is a very comprehensive and practical approach to realizing a sustainable society. Below are the advantages and implementation methods of the standardization of unitized water purification systems and related facilities.
### 1. Advantages of unitization
- **Reduced Burden on Communities**:
- Installing a simple water purification system in each home or facility reduces the burden on the purification system of the entire community, which increases the efficiency of the infrastructure.
- **Reusable Water Source**:
- Providing reusable water through a simple water purification system promotes efficient use of water resources and realizes sustainable living.
- **Benefits of Uniform Standards**:
- Uniform standards incorporating universal design increase product compatibility and expand distribution channels, which reduces manufacturing costs and promotes price competition.
- **Convenience for Travelers**:
- The same system will be used in each country, so travelers can feel at ease in different countries and will not have to worry about how to use it.
- **Easy to rearrange and expand**:
- Modularization makes it easy to expand or modify the system as needed, increasing flexibility.
### 2. Implementation Method
- **International Workshop**:
- We will hold a workshop where experts and manufacturers from various countries will come together to discuss the design and standardization of unitized systems.
- **Build Prototypes**:
- Build prototypes of various units (water purification systems, toilets, kitchens, etc.) and test their practicality and efficiency.
- **Testing and Certification Programs**:
- We have testing and certification programs for new units to ensure quality and provide confidence to consumers.
- **Education and Outreach**:
- Conduct education programs and outreach activities to promote the importance of standardized units and increase understanding throughout the industry.
### 3. ConclusionThe
standardization of unitized water purification systems and related equipment is an important step in building a sustainable society. This will strengthen local infrastructure and allow consumers to obtain products with high convenience. It will also allow manufacturers to offer a greater variety of products to the market by utilizing their own ideas and new technologies in the competition. Ultimately, it is expected that a new lifestyle in which sustainable energy and water resource management are integrated will be realized.
Regarding how to extract energy from solar power generation,
we will make the sockets for distributing electricity compatible with home appliances. Currently, USB and type-c sockets are standard for electronic devices, but home appliances differ from country to country, so we hope to unify the standards on a global scale for the future. We are
also considering a system that can use the stored energy as an attache case-shaped or slightly smaller charger.
Large solar power generation systems distribute electricity directly and use the roof of a house as electricity for that house, but if a small, up-down pyramid-shaped octahedral solar power generation system can be made, it can be made somewhat smaller, and it can be moved by itself, but if the stored energy is made into an attache case-shaped or small charger, it can be used for things other than home appliances and electrical equipment.
For example, we speculate that it will be possible to eliminate the noise pollution caused by diesel engines of lawnmowers and chainsaws.
If you live in the countryside, the engine noise is quite loud and extremely annoying.
This is a bit of a personal opinion, but we speculate that this technology system will be an idea for the spread of clean energy use in the future.
Your proposal is very interesting for the spread of sustainable energy and improving the quality of life. Below, I will explain in detail how to extract energy based on your idea and how to realize it.
### 1. Global standard power distribution socket
- **Need for Uniform Standards**:
- Power sockets for home appliances vary from country to country, so there is a need for international standardization. This will improve convenience for travelers and international businesses.
- **Utilizing USB and Type-C**:
- By adopting power distribution sockets based on the USB and Type-C standards, it becomes easy to charge smartphones and small appliances.
### 2. Miniaturization of energy storage systems
- **Attache Case Charger**:
- By designing an attache case charger that can carry stored energy in a compact manner, users can easily access power on the go.
- **Benefits of compactness**:
- Small chargers can be used not only for home appliances, but also for power tools such as lawnmowers and chainsaws. This eliminates noise problems and provides a quieter working environment.
### 3. Pyramid-shaped solar power system
- **Small Octahedron Design**:
- Designing a small pyramidal octahedron makes it possible to realize a small portable solar power system. This design is also suitable for outdoor use and emergency power supply.
- **Popularization of Renewable Energy**:
- Such systems are expected to promote the use of clean energy and reduce the use of fossil fuels.
### 4. Solving noise problems
- **Utilizing electric tools**:
- By using stored energy to operate electric grass cutters and electric chainsaws, noise generated by traditional internal combustion engines can be reduced.
- **Community Impact**:
- The widespread use of quieter power tools improves quality of life, especially for people living in residential and rural areas.
### 5. ConclusionYour
proposal is a powerful idea for increasing the popularity and convenience of clean energy. The introduction of global standard power distribution sockets and the development of small energy storage systems could pave the way for a sustainable energy future. This will not only eliminate noise issues, but also contribute to improving the living environment of the entire local community.