Croatia

Researchers have developed a high-resolution geospatial method of assessing the solar potential of all buildings in the EU and concluded rooftop PV could provide a quarter of the bloc’s electricity needs. The scientists say grid parity for rooftop solar has been reached outside eastern member states with cheap fossil fuel electricity.

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.

Interested developers of large-scale PV plants, with more than 2 MW capacity, have until the end of the year to send proposals. The expression of interest is for projects to be developed with the utility or to be sold to it.

More than a dozen European ministers of economic affairs have released a statement setting out the next steps to turn Europe into an industrial hub for large-scale cell production. The role of SMEs and competition was highlighted as ministers said European cells should provide innovation in terms of raw material use and sustainability, hinting at a pivot away from lithium-ion.

With Republika Srpska, one of the two entities of Bosnia and Herzegovina, announcing a tender to build a 65 MW solar PV plant; Croatia planning a 6.5 MW solar PV installation, to be built on the Island of Cres; and Macedonia welcoming its first solar panel manufacturing plant, capable of producing 20 MW annually – it has been a busy period for the small solar markets in the Balkans.

The smart grid project is expected to boost to the use of renewable energy in the region, and to enable smaller power producers participate in the market.

Renewable energy support policies at the national and European level are needed to reduce the cost of capital for solar PV and onshore wind projects in countries in the South East of European, according to an extensive study undertaken by Ecofys,