July 28, 2025 – On World Nature Conservation Day, Bloom Renewables reaffirms its commitment to being at the forefront of renewable energy solutions.
Honouring World Nature Conservation Day
Observed annually on July 28, World Nature Conservation Day raises awareness that “a healthy environment is a foundation for a stable and productive society” Checkiday.comJagranjosh.com+1Checkiday.com+1. The day encourages individuals, communities, and industries to actively promote sustainable use of air, water, soil, flora, fauna, minerals, and energy resources Checkiday.comKrishi Jagran.
Renewable Energy: A Crucial Conservation Tool
As climate change intensifies threats to biodiversity and ecosystems globally, transitioning to renewable energy has become essential ScienceDirectWWF. Renewable power from clean sources like solar reduces greenhouse gas emissions and lowers environmental pollutants such as mercury and acid rain, both beneficial to wildlife and aquatic systems nwf.orgWWF.
However, solar farms and wind projects can impact wildlife if poorly sited or designed Endangered Species Coalition8MSolar. That’s why Bloom Renewables integrates nature-sensitive planning into every project.
Bloom Renewables’ Nature-Positive Practices
Agrivoltaics – Dual‑use Solar Farming with Vertical Solar Fences
Bloom Renewables is pioneering agrivoltaic systems that combine agriculture with clean energy production – allowing the same land to serve two essential purposes. One of the most innovative approaches in Bloom’s portfolio is the deployment of vertical solar fences, designed with an east-west orientation.
These bifacial panels, mounted vertically like fencing, harness sunlight from both the rising and setting sun, maximizing generation during early morning and late afternoon – times when traditional south-facing panels are less efficient. This orientation also reduces the amount of shading on crops and allows for the full use of farmland between rows for grazing, crop cultivation, or wildflower habitats.
Key benefits of east-west vertical agrivoltaics include:
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Preserved land productivity: Fields remain fully farmable, with minimal disruption to tractors or livestock.
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Reduced water loss and soil erosion: Fencing structures reduce wind stress and soil degradation while allowing for natural rainwater distribution.
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Biodiversity support: Bloom’s vertical systems are paired with pollinator-friendly corridors and hedgerows, helping restore fragmented habitats.
This cutting-edge design not only increases energy yield per hectare, but also enhances ecosystem resilience, making it ideal for integration into conservation-minded agriculture.
Why It Matters: A Win for Climate and Nature
Renewables such as solar play a dual role: shrinking carbon emissions and enabling habitat restoration and biodiversity uplift if designed well. Properly managed solar systems reduce reliance on fossil fuels, helping wildlife adapt and thrive, while providing community benefits -from clean air and clean energy access to green spaces and income diversification for farmers Krishi Jagran+1wikidates.org+1.
Bloom Renewables’ work exemplifies how energy innovation and nature conservation can go hand in hand – protecting the planet while powering its future.