Erratum to: "Simulation of performance differences between offshore and land‐based photovoltaic systems", <i>Progress in Photovoltaics: Research and Applications</i> 2020; 28:873–886

In the aforementioned paper part of text was not correctly updated and is in accordance with Figure 14 paper. We explicitly note that this does change any way conclusion The paragraph at bottom right page 883 starting "Figure shows bar chart …" should read as follows: output energy for year 2016 on left axis, relative difference between from two systems land sea shown, ( [ E F P V − L B ] / $$ \left[{E}_{FPV}-{E}_{LBPV}\right]/{E}_{LBPV}\kern-0.2em ). It illustrates FPV system all months performs better compared land-based system. highest seen month February, where yield 18% higher than system, July second best. January, both perform quite similarly, only almost 2%. annual calculated to be 5.01 × 103 kWh (1346 kWh/kWp), which 12.9% larger LBPV 4.43 (1192 kWh/kWp). This result similar what reported literature, 10%11 11%12. However, it taken into consideration GHI locations depicted 14, about 8.54% location. Note further an exceptional a 5% irradiance 30-year average.28