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Digital Divide Growing into Chasm, Warns UN

Countries with fast internet see their internet speeds growing faster, while countries with slow internet speeds are staying stagnant. This is a major difference in internet technology between developed countries and developing countries, which can have a bold impact on the way a country can develop especially in the areas of education, health, and agriculture.

Unfortunately, the current state of internet access in developing and underdeveloped countries is usually the least of a country’s concerns. There are other more urgent items for many governments…

What bothers the United Nations is that the disparity between the internet haves and the have-nots seem to be growing. This was the gist of “State of Broadband,” the annual global broadband progress report from the UN. In the same report, the International Telecommunications Union (ITU) stated that 52% of the world’s population does not have access to the internet. In Europe, 76% of the population has internet access, while only 21.8% of the people in Africa do.

In terms of speed, South Korea has the fastest internet speed, at around 28.6 mbps. The average speed for all countries is 7.2 mbps; this is the sustained throughput for an internet service. Higher burst speeds of up to 184 mbps have been reported in Singapore. In contrast, Nigeria has and other developing countries struggle with 1.5 mbps, which has not changed since the previous year’s report.

Countries with mature information and communications technology (ICT) have service providers measuring up to provide even faster service. With major companies competing, there is a rapid increase in the actual throughput consumers experience. Typically, the service for companies are faster than that for residential users.

In most developed countries, the infrastructure for copper cables and fiber optic installations needed to achieve higher internet speeds do not yet exist. Without these, reaching remote rural areas would not be possible.

 

The internet is an important indicator of a country’s growth. Internet access has become a key indicator for other social goals. A country’s social goals would be helped by an efficient and fast internet access for its citizens. Internet resources can help in agriculture, fisheries, education, and health. Sustainable agriculture and better health increase with internet access for a large percentage of the population. As such, improved information technology (IT) capabilities can help bring information to rural citizens, who need it as much as their urban counterparts do.

Unfortunately, the current state of internet access in developing and underdeveloped countries is usually the least of a country’s concerns. There are other more urgent items for many governments, including power generation, telecommunications (including phone lines and access to international backbone), and food production.

The positive effects of internet access could not be discounted. Among other things, it can be used by educators to research on their materials. It can also be used by the students to learn things to augment or supplement what they are learning in the classroom. These all depend on the speed of the internet in a particular country.

With stagnant growth and access for only a limited number of people, the internet’s potential to democratize education is small. Investments in communication and IT are needed for these countries to catch up with the rest of the world. Doing so would have a bold impact on the lives of their citizens, as well as their economic and social development.

Offshore Renewable Energy: The United Kingdom & China Have a Project

The United Kingdom and China are both well on the way to becoming renewable energy giants. Their improvements in clean energy will undoubtedly have a bold impact on the rest of the industrialized world. It makes sense that these two renewable energy leaders would start working on the next generation of offshore renewable energy technologies.

On one hand, the U.K. government has recently released data showing that up to 47 percent of the country’s electricity comes from clean energy sources. They lead the world in wind power production thanks to their offshore renewable energy offering: offshore wind turbines. On the other hand, China is the leading solar energy producer, with power output to exceed 45 gigawatts (GW) in 2017. China also has the largest offshore renewable energy offering of solar energy installation.

The United Kingdom and China on Offshore Renewable Energy

The U.K.’s Natural Environment Research Council (NERC) announced that the country and China will be working together on five next-generation offshore renewable energy (ORE) technology projects. These will include offshore wind, wave and tidal power facilities.

The funding will be through a joint U.K.-China ORE program and will also research on the environmental and socio-economic impact of ORE installations. The projects will have a £4 million ($5.26 million) funding from the Engineering & Physical Sciences Research Council and the NERC. Additional support will come from the National Natural Science Foundation of China (NSFC).

One offshoot of the project will be the direct benefits to island and coastal communities through the supply of stable power. Experts believe that the China Sea has the potential to be the largest offshore renewable energy market in the world. The area has an estimated potential of 500 GW capacity, which includes floating installations.

Noteworthy Details About China

a photo of the U.K. and Chinese flags with offshore wind turbines below the two flags, symbolizing the two countries' joint offshore renewable energy project

Currently, China leads the world in yearly solar energy growth in terms of actual additional production. However, the installations are mainly located in the Northwest and Southwest. This fact has resulted in power transmission problems in bringing the electricity to the industrial areas along the coast of the China Sea. A viable solution is to create renewable energy power plants along the coast, where the energy demand is highest.

At the moment, even with huge growth in renewable energy sources, China’s solar energy production constitutes only 1 percent of the total capacity. The country is heavily dependent on coal-fired power plants for its energy needs. The Chinese government believes that the China Sea ORE initiative is equivalent to 340 coal-fired plants each year. Due to the rapid rate of industrialization, some Chinese areas are notorious for their low-air quality levels. With the increasing demand for energy, the use of renewable resources can be a viable alternative to coal plants.

Securing Energy Infrastructure

Notably, there are other concerns before ORE plants are installed. On the topic of offshore renewable energy: Offshore wind energy needs to be protected from the annual typhoons—which batter the coast—as well as from the constant threat of earthquakes.

The research project will enable both countries to benefit from new findings and technologies. The U.K. has different offshore power plants that use a diverse range of technologies. The country has offshore wind farms, tidal power plants and wave power generators. In terms of innovation, China has an offshore solar energy power plant built over the remains of a former coal mine. In addition, the country also has the largest single solar energy farm.

With all this data, it comes as no surprise why these two countries have partnered in the hopes of a greener and cleaner future.

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