ずっとこんなことを考えて車に乗ってました。
行けども行けども赤信号、不毛な時間。
これがお金に変われば渋滞もハッピーなのに。
で思いついたんですよ。先の記事。

海外ではどうなのかな。
こういうやり方正当かどうかわかりませんが
英語で同じ記事出したいと思います。

Good afternoon, ladies and gentlemen. We propose a new CO2 emission reduction system, "NO Car CO2 System," to realize a more sustainable society by working on clean energy.
In response to global warming, people all over the world are calling for CO2 emission reductions. Among transportation, CO2 emissions from automobiles have become a major problem, and many countries are required to reduce CO2 emissions from automobiles. In response, we propose the NO-Car CO2 System.
This system utilizes the idling stop function of cars to reduce the amount of CO2 emitted.
This is just a hypothetical example, but if we take Japan as an example, assuming that about one-third of the population owns a car, there are about 40 million cars in the country. Furthermore, if 28 million cars, or about 70% of those cars, are equipped with the idling stop function, this means that approximately 20 million cars per day will be operating with the idling stop function.
Assuming that the idling stop function is in operation for 15 minutes per day as stated in the question, the number of hours the idling stop function is in operation per month (30 days) would be 20 million cars x 15 minutes x 30 days = 90 million minutes, or about 1,667 hours.
The amount of CO2 emissions that can be reduced by the amount of time the idling stop function is in operation varies from vehicle to vehicle, but it is estimated to be about 0.6 to 0.7 liters per minute for a typical car. Therefore, assuming that the idling stop function is in operation for 1,667 hours per month, CO2 emissions would be reduced by approximately 1,167 to 1,367 liters. Therefore, we propose the "NO Car CO2 System," which will compile data on the amount of reductions when drivers use the idling stop function and produce a total emission amount. The data is then compiled by the automaker and sold to companies with reduction targets so that those companies can reduce their CO2 emissions.
This system has the following advantages
Reduced CO2 emissions - By utilizing the Idling Stop function, companies can realize emission reductions by tallying the amount of CO2 emissions that drivers can reduce while waiting in traffic jams or at traffic lights.
[The Idling Stop function automatically stops a vehicle's engine and restarts it when the vehicle starts up again. When a vehicle is stopped for a long period of time, such as in traffic jams or at traffic lights, the engine can be stopped to reduce CO2 emissions. By utilizing this idling stop function, companies can tally the amount of CO2 emissions that drivers can reduce. For example, a delivery company can use the Idling Stop function to reduce CO2 emissions from delivery vehicles. By utilizing the idling stop function during traffic jams, CO2 emissions caused by long waiting times can be reduced].
Creation of new business - By standing between automakers and companies, drivers are rewarded and automakers and companies gain new business opportunities.
[Automobile manufacturers provide vehicles equipped with an idle-stop function, and companies operate these vehicles, allowing drivers to reduce CO2 emissions while waiting in traffic jams or at traffic lights. This reduced CO2 emission amount can be tallied and returned to the driver as a reward.
This business model offers significant benefits to automakers and companies alike. Automakers can increase their market share by increasing demand for vehicles equipped with the idle-stop function. They can also secure a new source of revenue through business utilizing the idle-stop function. On the other hand, companies can fulfill their social responsibility by working to reduce CO2 emissions. In addition, by rewarding drivers with compensation, the company can improve its corporate image.
Furthermore, by rewarding drivers, consumption activities can be expected to be stimulated. In this way, new business opportunities can be created through the joint efforts of automakers, companies, and drivers. Solving social problems and creating business opportunities at the same time will lead to the realization of a more sustainable society.
Companies can also conduct campaigns to encourage drivers to utilize the "stop idling" function. For example, by awarding points to drivers based on the number of times they have contributed to CO2 emission reductions and the amount of reduction, and by offering prizes that can be redeemed for points, companies can encourage drivers to actively use the idling stop function. This will not only help companies contribute to the environment, but also reduce costs by reducing CO2 emissions. It can also encourage drivers to drive in an environmentally friendly manner, thereby fulfilling corporate social responsibility.
Realization of a sustainable society - By contributing to the reduction of CO2 emissions, a more sustainable society can be realized.
[Reducing CO2 emissions is an extremely important factor in achieving a sustainable society. Specifically, companies can help prevent global warming by reducing CO2 emissions, thereby lowering the concentration of CO2 in the atmosphere. In addition, reducing CO2 emissions requires a variety of initiatives, including the use of renewable energy, the introduction of energy-saving technologies, and the promotion of public transportation.
For example, companies can gain the trust of consumers by reducing their own CO2 emissions. In addition, contributing to CO2 emissions reductions can enhance a company's reputation in society and lead to improved brand value for the company. In addition, CO2 emission reductions can be expected to reduce costs, leading to economic benefits for the company.
Naturally, in order to realize a sustainable society, it is necessary to contribute to CO2 reduction not only at the corporate level but also at the individual level. For example, it is important to work on reducing CO2 emissions from familiar places, such as purchasing eco-cars, using energy-efficient home appliances, and thoroughly recycling].

The development and operation of this system involves the following costs
System development costs - Personnel costs, system development costs, and data analysis costs are required to develop and operate the system.

Compensation costs to the company - compensation for the driver's contribution to CO2 reduction is required.
　If a company offers rewards to drivers for their contribution to CO2 reduction, there will be costs associated with these rewards. Rewards can be in the form of cash, points, or gift certificates, each of which incurs its own costs. Personnel and system development costs are also required to develop and operate a system to manage the rewards. Depending on the amount of the reward and the payment method, taxes and fees may also be incurred. It is important to properly identify these costs and provide rewards to motivate drivers and achieve corporate objectives].

In addition, this system is expected to gain support from eco-conscious companies and consumers. Today, environmental awareness is on the rise, and ecological products and environmentally friendly initiatives are attracting attention. Therefore, the introduction of this system will be of great benefit to automakers and companies alike: by reducing CO2 emissions, they will be able to conduct their business in an environmentally friendly manner. It also provides new business opportunities by offering rewards to drivers.
Thus, this system has advantages for users as well. Car owners can reduce fuel consumption and drive in an environmentally friendly manner by using the idle-stop function during normal driving. Furthermore, by using this system, owners can earn points, which can be exchanged for discount coupons or gift certificates. In other words, since the owners themselves will also receive rewards, they will be highly motivated and expected to use the idling stop function more proactively.
Finally, this system can function as a platform that connects automakers, companies, and consumers to address the social issue of environmental problems. As such environmentally friendly businesses will be required in the future, the "NO Car CO2 System" is an innovative system that will contribute to both the automotive industry and environmental protection. This system has great potential.

#Idling stop function #CO2 reduction #Environmental protection #CO2 Emissions