REC Alpha Pure R 420W Solar Panel: An Independent Review

Explore this independent REC Alpha Pure R 420W Panel Review from Jeff Sykes, CEO of Solar Choice. Everything you'll actually want to know to make the right Solar Choice🌞🔋
*Please note that REC warranty conditions apply

Timestamps:
0:07 - Introduction to Solar Choice and REC Alpha Pure R 420W Panel
0:33 - REC's History and Manufacturing Excellence
1:31 - Unique Features of the REC Alpha Pure R Panel
2:07 - Efficiency and Performance
2:19 - Degradation Rate
2:49 - Temperature Coefficient and Performance in Hot Climates
3:37 - REC's Industry-Leading Warranties

Key Features of the REC Alpha Pure R 420W Panel:

Leading Efficiency: With a maximum efficiency of 22.3%, it ranks among the top-performing solar panels.
Low Degradation Rate: Annual degradation at just 0.25%, significantly lower than the industry standard, ensuring long-term performance.
Exceptional Warranty: 25-year product and performance warranties, with REC covering both parts and labour – a rare find in the industry.

Why Choose REC Alpha Pure R?

Aesthetic and Performance: Combines superior performance with an all-black design for those who value aesthetics alongside efficiency.
Hot Climate Resilience: With a temperature coefficient of 0.24% per degree Celsius, it outperforms most panels in hot conditions, ideal for Australian climates.
Financial Stability: REC's status as a Tier 1 Bloomberg manufacturer underscores its reliability and commitment to quality.

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[PharaweeThananupappaisal]

Hi are you able to tell me the difference between this panel and the new RX please..?

[LindseyDeiter]

You're incorrect on the efficiency. The 420 is 21.8%. The 430 is the one that's 22.3%

[davidcarter]

There is a push to have mandatory remote cut-offs on rooftop solar in Australia as a way to deal with excess energy when the weather conditions are ideal for renewables. This is seen as better than knocking out multi-million dollar commercial generators that need to make profits. No electricity will be sold to the grid during these periods.