Image: Lightsource BP.
The global solar industry could enter the terawatt era by as early as 2022, but only if national governments set appropriate, post-COVID stimulus measures in motion.
That is the key takeaway from SolarPower Europe’s (SPE) 2020 Global Market Outlook, released today, which also warns of a 4% contraction in solar deployment as a result of the global pandemic.
The Outlook places solar deployment for 2019 at 116.9GW, representative of a 13% increase on deployment the year prior. That figure is broadly in line with numbers presented by both the International Energy Agency, Bloomberg NEF and IHS Markit which placed 2019 PV deployment at 114.9GW, 118GW and ~120GW respectively.
IRENA continues to be the outlier, having in April forecasted 2019 solar deployment to have stood at just 98GW.
SPE’s figure is doubly significant considering that it has enabled solar to be responsible for just under half (48%) of all new power generation installed last year, while also setting a new record for solar installations.
But according to SPE’s analysis, installations are set to contract by around 4% to 112GW – the figure included in the trade body’s medium scenario – as a result of a fall in demand and labour and logistics issues posed by the ongoing COVID-19 pandemic. This is representative of a substantial decline on the 144GW figure forecasted for 2020 by SPE last year, signalling the extent at which the pandemic has stymied growth in key markets.
The rebound could, however, be just as stark providing governments around the world opt to make renewables central to post-COVID economic stimulus packages. Such policy programmes hold the potential to light a fire under global solar development, triggering a prospective 34% leap in installs to 150GW next year.
This could be followed by a further 168GW in 2022, enough added capacity to take worldwide solar capacity over the 1TW threshold just four years after it celebrated surpassing 0.5TW.
SPE then expects an additional 184GW to be installed in 2023 and a further 200GW in 2024, representative of annual growth rates of 9%.
SPE's low, medium and high scenarios forecasting global solar deployment out to 2024. Image: SPE.
Those figures would send global solar generation capacity of 1.4TW by 2024 under SPE’s medium scenario, however more preferable conditions seen in the trade body’s high scenario could see generation capacity reach 1.67TW by the same year.
Michael Schmela, executive advisor and head of market intelligence at SolarPower Europe, said the high scenario could result in a global annual market of up to 255GW by 2024.
“But that would be the optimal case, where policymakers in the key markets decide to reap the benefits of solar and place it high on the agenda in their COVID-19 economic recovery packages, which not only would help economies to bounce back; it would also help those countries progress in meeting their energy and climate targets.
“The low-cost, scalability, and job-richness of solar makes it an obvious contender to lead the energy transition and help guide economies into a climate neutral era,” he added.
Noting how prevalent solar PV had become in numerous markets – a total of 16 countries added more than 1GW of solar capacity last year, up from 11 countries in 2018 – SPE president Aristotelis Chantavas said solar’s low coast and versatility had aided its “rapid expansion” into new markets.
“It is good to see new markets strongly committing to a solar future… These are very encouraging developments, paving the way for the solar decade ahead of us,” he said.
Jun 15 - Jun 16, 2021
The Utility Solar Summit UK will focus entirely on the opportunities in the UK ground-mount space and feature the new technology and advanced innovations allowing asset owners to improve yield in a subsidy free market. Listen to senior market leaders share stories of their successes and manufacturers pushing the envelope for solar PV whilst taking advantage of our enhanced networking features to connect you with your peers onsite; realising the potential of UK utility scale deployment from 2020 and beyond.
Mar 10 - Mar 12, 2021
Penang, Malaysia (also available virtually)
Understand fully the technical and logistical supply chains that determine the production and performance of solar modules, including all related factors impacting quality, reliability & bankability. This event will be run as a live event in Penang for delegates able to attend and will also welcome virtual delegates via streamed content and online networking.