The nation had a record year for solar energy development. Most of last year’s new additions – 320 MW – came through a FIT scheme but a further 90 MW was represented by net metered installations. Hungary’s cumulative installed PV capacity reached around 700 MW in 2018.
Often, it is not inverter faults that frustrate customers – such things happen – it is poor customer service. Here we look at the first of a series of cases that will be discussed at the pv magazine quality roundtable planned for Intersolar Europe, in Munich, which indicates what the industry must avoid in future.
Hanergy displayed the newest rendition of its 18.7% Thin Film Flat SOLARtile in Australia last week as it gears up for the U.S. and global product launch later in 2019.
After issuing its first call for renewable energy projects in February, power company HEP has now announced it will invest $23 million annually in solar until 2023, to add new capacity additions of 20 MW per year. The 350 MW plan is expected to be complete in 2030.
Energy agency the EPE has admitted 1,581 projects with a total capacity of more than 54 GW to the procurement exercise’s initial phase.
The Japanese gas provider has acquired a 50% interest in four Mexican PV projects with a combined capacity of 746 MW. The new joint venture will further develop solar and renewables across the country.
The transition for utility scale storage from offering short duration, high value grid services to the world of long duration energy peaking could spell the end of fossil fuel backup generation within five years.
Tuscia, in the Lazio region, is the focus of plans for several big solar parks including a 150 MW project approved by the regional government, two schemes exceeding 100 MW and six more projects ranging in size from 17 to 70 MW. Some 700 MW of solar is under development in the municipalities of Montalto di Castro and Tuscania alone.
The provisions allow self-consumption for communities and industrial areas; reduce administrative procedures – especially for small self-consumers; and establish a simplified mechanism for the compensation of self-produced excess energy.
A 10,000-liters-per-day plant in Tamil Nadu offers hope for powering clean water without fossil fuels. However, researchers warn the technology is difficult to scale up because PV panels take up so much space.
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