Through the two procurement exercises, Bahrain’s Sustainable Energy Authority (SEA) wants to deploy solar plants at the Ministry of Labour & Social Development and the Ministry of Education.
The Paris-based body expects the world will have installed almost 160 GW of solar this year, a record number, but still not enough to keep the prospect of a net zero global economy by mid century in sight.
One of the schemes is linked to household and commercial electricity customers who want to install a PV array to charge electric vehicles.
After near-stagnant annual growth for a couple of years, the rooftop PV market is showing signs of improvement, with traditional obstacles to installation no longer so daunting.
The country’s cumulative installed solar PV capacity has now reached 56.9 GW.
A 3.3 MW rooftop PV array and 480 kW of linear generators are currently being used to cover 100% of the electricity needs of a logistics facility in California. The hybrid energy system is relying on a linear generator technology provided by U.S. specialist Mainspring Energy that converts mechanical energy into electrical energy.
A French research group has compared the performance ratio of 100 PV systems relying on micro-inverters with that of 100 installations relying on string/central inverters. It found the performance ratio is around 79% for both system typologies and that arrays with micro-inverters are more sensitive to environmental factors.
The country’s cumulative PV capacity reached 13.3 GW at the end of September. This year’s growth was triggered by a strong increase in utility-scale solar projects.
The Eastern European country is expected to reach 10 GW of solar capacity by the end of 2022, according to the Polish research institute Instytut Energetyki Odnawialnej. This projected growth should materialize despite a strong contraction in the distributed generation segment.
According to recent analysis by Belgian institute EnergyVille, rooftop PV and onshore wind have the technical potential to reach 118 GW of capacity in Belgium. Of the three Belgian macro-regions, Flemish-speaking Flanders is the one with the largest solar potential for rooftop systems, at 67.56 GW, followed by French-speaking Wallonia, with 31.54 GW, and the Brussels metropolitan region, with 4.23 GW.
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