Hina thin-film photovoltaic annual capacity of 3GW

The Hina Holdings announced that its annual production capacity of thin film solar modules reach 3GW, to become the world's largest thin-film solar companies and solar power generation systems integrators. It is understood that the Han through mergers and acquisitions and independent innovation, its thin-film photovoltaic technology has reached the international advanced level, including copper indium gallium selenide (CIGS) components production has reached 15.5% conversion rate.

According to the Chairman of the Board of Directors of Hina Holding Group Li River Jun Han in 2009 to officially enter the thin film solar panel industry to date has been in Heyuan, Guangdong, Sichuan Shuangliu, Haikou, Hainan, Yucheng, Shandong, Zhejiang Changxing, Jiangsu Wujin and other investments to build thin-film solar R & D manufacturing base, with a total investment of about 27 billion yuan. Hina has successfully achieved on the middle and lower reaches of the whole industrial chain integration.

Since the beginning of this year, the country frequently introducing new policies and start the domestic PV solar cell application market. Especially encourage distributed generation. According to reports, the thin-film modules because of their low cost, non-polluting, energy payback time is short, flexible, good low-light generation characteristics have obvious advantages in distributed applications.

Application experience from the foreign point of view, distributed power generation is the main form of the application of photovoltaic power generation, photovoltaic power generation in most European countries and the residential building integrated applications accounted for more than 80%. Future, along with the domestic more families using thin-film photovoltaic power generation system can achieve the self-sufficiency of the household electricity even supply electricity to the power grid, mainly to the consumption of fossil energy, traditional energy pattern will be undergoing a fundamental change.

Authoritative experts have predicted: 2035, clean energy will replace traditional fossil fuels of 50% of the world, then, the energy shortage problem will cease to exist. Currently, the state actively advocated promoting ecological civilization, build beautiful China. Hina advocated global alternative action "consistent with the direction of the development of the national strategy, I believe that this action will also be more bodies, response, clean energy alternative to traditional fossil energy target, or the early realization.

Japan's frequent introduction of new energy stimulus the market has become a hot chase Chinese PV companies in 2012. Fukushima nuclear accident, Japan to speed up the adjustment to reduce nuclear dependence, renewable energy industry developed rapidly. Japan launched a clean energy incentive program after five months, the country saw a booming momentum installed solar power projects.

The METI announced on the 14th, the Japan solar charge controller photovoltaic installation from April to November this year totaled 1.4GW, including residential projects installed capacity 1.027GW, and the installation of non-residential projects total 371MW. Japan since July of this year, since the implementation of the new feed-in tariff, solar photovoltaic installation was hot trend. It is predicted that Japan this year, the annual residential photovoltaic installation will reach 1.5GW, non-residential PV installations will reach 500MW, the total will reach 2GW of annual PV installation.

, However, in Japanese PV modules spread rapidly, the problems continue to emerge, such as residential installation of solar photovoltaic component failure consecutive and leaky roofs killings. In other words, the photovoltaic industry is the rapid growth in Japan, the photovoltaic industry talent and no growth, showing shortages.

In order to cope with such a grim situation, many solar installers has begun to set up their own vocational schools to teach workers how to construction operations, the formation of the technical capabilities of the system certification. The workers will be able to correctly understand the technical report, including conventional roof parameters, layout, bill of materials, calculation steps, assembly information and other data.