Gonghe Solar Park covers an area of about 298 meters square. Experts have calculated that the whole park is five times larger than Manhattan. The uniqueness of the park is that 42 solar energy companies in China have created a single project. The power of the solar park is about 3500 megawatts. Gonghe Solar Park can provide 2.5 million households in remote areas. The new solar park is target at provincial areas located in the northern and western parts of China. These remote provinces make up almost a third of the state territory and are in extreme need of permanent energy supply.
The solar park also includes a large research base of international scale. The staff of the base are collecting and analyzing information on the work of various models of solar panels that have been take from around the world. The analytical work is carry out with the help of the Fraunhofer Institute of Solar Energy Systems, which has the authority in the world scientific community.
According to the representatives of the new solar park, the results of research will increase the efficiency of panels to the maximum possible mark and make the process of generating energy less costly from a financial point of view.
The project’s organizers emphasize that the solar park is capable of benefiting not only China, but the entire civilized world as a positive example of a global project for other states.
Gonghe Solar Park uses 21 kinds of inverter installations, 17 kinds of brackets, four types of energy storage devices, 15 innovative types of devices, and three dozen new connections in the form of a material base. These components make up 30 different system designs.
The Huanghe Hydropower Central Factory conducted a collection of 6.2 million solar polysilicon modules for the Gonghe Solar Park. The park was equipped with devices made in China, the United States and Germany. It is through this approach to the quality of equipment that one line does not require more than 15 workers.
For several years, China has been at the forefront of the solar power industry. The International Energy Agency last year said that China is focusing on one third of the world’s wind energy, a quarter of solar power. There are also 6 out of 10 largest solar module production companies and 4 out of 10 – for the manufacture of turbines for wind turbines.
One of the most striking examples of using alternative energy sources in remote areas is Qinghai Province. This region is capable of becoming the beginning of a revolutionary transition to the RES on a global scale.
In the province, there are 3 of the 7 largest rivers of the state: Yellow River, Lancang and Yangtze. Hydropower plants are install on all three Tsinghai water resources. In addition, the province actively generates electricity with solar energy. The Qinghai-Tibet Mountain Plate allows you to gather enough energy that the province has 11 percent of the total solar potential of China.
The Gobi Desert also plays an important role in generating electricity, as both its solar and wind parks find its place.
In May of this year, 86 percent of energy in Qinghai Province was obtain from REE. At the end of June, for 9 days the province and completely abandoned the energy from the general network. The region was provide with exclusively “green” energy for 216 hours.
Experts in the field of alternative energy from China note that the impetus of “green” energy submits the globe, country by country. China acts as an innovator to show the possible rapid increase in the share of renewable energy on the example of the provincial regions of the country.
It all depends on the employer’s requirements. Most PV installers have higher education, certified by appropriate diplomas. Such training can take place without interruption from the main work. Duration – about 12 months. Other institutes have an education program at college or college and for full-fledged activities in their niche. It is enough for them.
Experts in the field of alternative energy argue that the number of solar panels in the population will increase by 105% between 2016 and 2026. No other profession in our country implies such an expansion of the field of activity with such a short time. Qualified professionals at this time will be very in demand, and the payment of their labor will grow rapidly from year to year.
Over the past year, solar energy has received about $ 250 million in investment. This figure is twice as much as funding for 2016. If we make approximate calculations, we can conclude that one megawatts of new capacities cost investors $ 900,000.
From oblenergo, the property owner of the household even before signing up the station signs an agreement on the purchase and sale of energy. The fee for the kilowatts supplied to the general network is transfer to the personal account of the owner of the SES. The owner in this case selects the bank, and the account number is prescribe in the contract.
Count everything in practice. Let us say you own a station with a capacity of 10 kilowatts. During the year, such a SES is capable of producing 11,000 kilowatt-hours of energy. A year the household used for personal needs 3 thousand kilowatt-hours.
Hotel Peppermill Reno has been in existence since 1971. The project for the transfer of the complex to the energy of the earth was start in 2009. Representatives of the hotel note that after the introduction of customer innovations has become significantly more. A geothermal well created by human hands is located near the hotel. It is interesting that the energy of the earth complex now completely covers its energy demands, without drawing energy from outside. It is worth noting that the total area of the building (together with the spa and casino) is about 10 000 square meters.
The eco-friendly hotel “Jean-Michel Cousteau Resort”, in addition to power supply due to a geothermal well, provides living rooms from bamboo and straw. This room is ideal in terms of air circulation. In addition, guests are offer vegetables and fruits that were grow without the use of any chemicals. Located hotel on the island of Fiji.
The melioration of the ordinal procreation Schottky semiconductor from Infineon, titled CoolSiC semiconductors, diode to an breakthrough in fruitfulness and, as a result, decrease powerfulness releases. This is in arrears to their especial charger having a wideness of 110 μm. They buoy develop total effectiveness. Semiconductors besides breakthrough the effectiveness of on-card devices (OBC) close to singlepercentage compared to additional Si Accelerated semiconductors, and their 3-thole TO247 software is fashioned representing easy combination into everyone OBC process.
Previously, thither was data that an practiced on conductors Infineon Applications declared programs to make a full automatized modern easein Oesterreich. The modern herb desire supplementary the existent Infineon effortlessness in Villach. Creation desire focus on the mass-produce of 300-millimetre powerfulness conductors. Infineon signifies to vest 1.6 million US dollars in the herb representing the following 6 age.
Dirk Spiers said that they refer to the reuse of batteries by running the current cycle with the aim of modern battery concepts, and they provide a range of “4 R” services in this relationship – recovery, renewal, renewal and secondary use.
I often see batteries, which according to the old are excellent, due to the deduction of one difficulty, which required a whole error. Typically, this is a thermistor failure or a pin in the tire that gets rid of. Such an electric battery is consider a good candidate for the purpose of correction and is send after our intervention back to the car.
The loan conditions developed by banks provide a chance for absolutely all household owners to purchase and install a turnkey SES or heat pump on a turn-key basis. At the same time, the contribution relative to the full price for the project will be minimal.
In addition, thermal imagers can inspect photovoltaic stations. Such a study is do manually. The operator must bypass the entire station to inspect each solar panel with a fixing device. Further, analytical work is carry out on the images obtained and a conclusion is make in the form of a report that determines the satisfactory operation of the FES or the availability of any service cases.
To compile a full report for a 1 MW photovoltaic station, the drone will need only 1 working day. The localization of deficiencies is reveal within a few minutes. A drone’s survey of a 200-megawatt station can do in 6 hours.
In addition, government officials said they could not allow a greenhouse gas default. Oleksandr Dombrovsky, Acting Head of the Verkhovna Rada Committee on Fuel and Energy, drew attention to the fact that Ukraine needs urgent optimization of the existing system of incentive measures for alternative energy.
The described draft law No. 8 449 has already been submit on June 7 of this year. Government officials are planning to adopt it by the end of 2018. The bill will enable the introduction of a new system from 2020. Projects that are currently under development will be able to sign a preliminary agreement. This will be possible subject to availability of documentation confirming this project status. The agreement may be conclude before July 1 of the next year under the current conditions.
