r/UpliftingConservation

➡️ The first terawatt took 68 years.
➡️ The second took 2 years.
➡️ The third took just 18 months.
➡️ The 4th in 9 months? and so on...

And what makes this even more amazing is that this is also more actual generation than fossil fuels, even with their low capacity factors. Solar & Wind Each Produced More Electricity Than Coal In USA In April https://cleantechnica.com/2026/06/26/solar-wind-each-produced-more-electricity-than-coal-in-usa-in-april/

Solar and wind are now each out-producing coal on actual generation — not just in installed capacity. That’s what makes this shift real: the “capacity factor” jab misses the bigger picture, because renewables are growing faster in both capacity and output than anything in history.

The big takeaway is simple: the grid is already being reshaped by this pace of growth, and the “they don’t generate enough” critique is already behind the curve.

Hey everyone,

Following up on the positive updates, here is another massive milestone for environmental and human rights protection that just happened this month!

🌳 Indigenous Groups Secure a Major Victory: Over 1.5 Million Hectares of the Amazon Rainforest Permanently Protected

The legal battle led by Indigenous communities in the Amazon basin has concluded successfully, marking a historic turning point for global conservation.

The Update: Approximately 1.5 million hectares of vital rainforest have now been officially declared a "Strict Conservation Zone."

The Impact: This historic decision permanently halts all industrial mining activities within this critical ecosystem, ensuring its long-term preservation for future generations.

Source: (Official Advocacy Statement: Access the territorial protection briefs and updates via Amazon Watch.)

Supporting Source: (Global Conservation Report: Review the long-term rainforest monitoring data via Rainforest Trust.)

What are your thoughts on this landmark ruling? It’s incredible to see legal frameworks successfully defending these crucial ecosystems!

"The scale is hard to overstate. Imports climbed from 7.6 GW in 2023 to 16.4 GW in 2024 and 16.9 GW in 2025. By last summer solar had become Pakistan’s single largest source of electricity, around a quarter of the total.

A small share of installs benefited from net metering but that was scrapped in December last year." https://www.thenewworld.co.uk/jan-rosenow-pakistans-solar-miracle-how-the-hell-did-they-do-it/

OC: https://www.instagram.com/reel/DaCgnj1N54N/

For decades, Lebanon has relied on diesel generators because the national grid has struggled to keep the lights on. Today, many have simply disappeared.

Why? Not because the electricity grid was fixed. 

It happened because rooftop solar became the cheaper alternative.

"This report draws on two years of PhD fieldwork, including over one hundred interviews with solar energy companies, government officials, civil society organizations, international aid organizations, and citizens to understand the political, economic, and technological dynamics that shaped Lebanon’s rapid adoption of solar energy systems in the wake of an extended energy crisis in 2021. It traces how and why a system of neighborhood backup electricity known as Ishtirak vanished without protest or enforcement, and why this transition has unfolded unevenly across space, producing a bifurcated energy landscape: an increasingly solar-powered countryside alongside ever-more diesel-reliant coastal cities.

The disruption of orthodox visions of how electricity infrastructure and markets function has profound implications for policymakers. In rural Lebanon, energy transition has unfolded outside formal planning frameworks, reshaping demand, pricing, and provision through millions of household-level decisions rather than through reform or regulation. From a technical and environmental perspective, the rapidly expanding stock of solar systems already installed across the country constitutes a significant generation asset that it would be irrational to exclude from any future electricity system. And importantly, similar trends of crisis-induced decarbonization are unfolding elsewhere in the world"

https://tcf.org/content/report/solar-killed-dirty-energy-in-rural-lebanon-heres-what-other-countries-can-learn/

Something remarkable has happened in #Pakistan’s energy landscape that official statistics have largely missed…

In just two years, Pakistan’s electricity generation has surged by 21%, making a total increase of 33 TWh – this rise was entirely led by distributed solar generation, which increased by 36 TWh 🇵🇰 🌞

“Pakistan has a thirst for energy, and solar is providing it,” says Ember’s Dave Jones “Distributed solar is so fast and cheap to build, that it is actually driving up electricity demand,” he adds.

As a result, Pakistan’s distributed solar surge has accelerated the country’s electrification rate (the proportion of final energy demand coming from electricity) to 21.7% in FY25 – just a whisker away from the global average of 22% 📈 https://ember-energy.org/latest-insights/the-solarisation-of-pakistans-energy-economy/