NewsThe Surprising Progress of Solar Power in Argentina and Chile: PV Adoption...

The Surprising Progress of Solar Power in Argentina and Chile: PV Adoption and Pricing Trends

Unique Approach to Solar Energy Adoption in Argentina and Chile

The ⁤Atacama Desert in Argentina and Chile stands out ‌as ‌the sunniest region globally, boasting annual irradiation levels exceeding 2,700 kWh/m2/year. Approximately⁤ a⁤ decade ago, both countries initiated large-scale PV projects, igniting⁤ hopes for widespread photovoltaic adoption ​across the continent. ‍Surprisingly, the growth of rooftop solar PV has remained sluggish in⁢ Argentina and Chile, with only a fraction of ‌the total ‍installed ‌capacity allocated to rooftops.

Government Initiatives and ⁣Regulations Driving Solar Energy Development

In 2018, Argentina introduced ⁤Dec Reg No. 986, aiming to achieve 1,000 MW of distributed generation (DG) PV installations on⁣ various building types by 2030. The decree, regulated by ​Resolucion No. ⁣314 SGE 2018, delineated different user-generator categories, including Small users-generators (UGpe), Medium​ users-generators (UGme), ⁤and Major users-generators (UGma), based on their connection type and‍ PV capacity.

Benefits‍ and⁤ Requirements Under the⁢ Distributed Energy Framework

Under the Distributed⁢ Energy Framework, ‌users-generators‍ receive detailed invoices outlining their⁣ consumption and energy fed into the grid. Distribution companies measure and register the⁢ fed energy, compensating ⁣users‌ based on set⁢ prices​ in Argentine pesos/kWh without imposing additional ⁤charges. Surplus⁢ energy fed into the grid translates to credits ‍for the⁢ user-generator, which can be carried forward for future billing⁤ periods. Users ⁢can also transfer their⁢ accumulated credits to ​other users⁤ under the same ⁤distribution company.

Limited Uptake of Distributed Generation in Argentina

Despite ‍the favorable net billing conditions‍ provided by the government,⁤ the⁣ installation of⁢ distributed generation systems in Argentina has remained modest, with only approximately 30 MW of capacity installed to date. This‌ disparity raises‌ questions about the barriers hindering ‍the widespread adoption⁤ of solar PV in ‌the⁢ country.

In conclusion, while ‍the potential ‍for ⁤solar energy utilization in Argentina and Chile is vast, barriers to rooftop solar⁤ PV adoption⁤ persist. Understanding the ‌challenges and exploring innovative solutions will be crucial in accelerating the transition towards a more sustainable energy landscape in these sun-drenched ​regions.

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