Leks Environmental Limited

14/02/2026

Hi Folks,
Roses are red, violets are blue...if your environment is always in blackouts, we will fix it for you!
Feeling disconnected? Time to reboot your love relationship with Nigeria electricity!
With solar, your love has no epilepsy supply, just constant, reliable, clean energy!
Think Green! Go, Green! 🌎
Think Solar! Go Solar!💡
Happy Valentine's Day! ❤️

09/02/2026

BREAKING: Japan plans to build a massive 6,800-mile-long solar ring around the Moon.
The concept is designed to collect constant solar energy in space.
Power would then be transmitted wirelessly back to Earth.
Unlike Earth, the Moon receives uninterrupted sunlight for long periods.
Supporters say this could provide near-limitless clean energy.
The project is part of long-term space-based solar power research.
Major engineering and cost challenges remain.
The idea is still theoretical, not under construction.
If achieved, it could redefine global energy systems.
It shows how far future energy thinking is being pushed.

09/02/2026

China has announced plans to construct a massive space-based solar power station roughly one kilometer wide, designed to orbit Earth and collect energy almost continuously.

Unlike ground-based solar farms, a station in space would not be affected by clouds, weather, seasons, or night, allowing it to receive uninterrupted sunlight year-round.

The collected energy would be transmitted back to Earth using microwave technology, delivering power to dedicated ground receiving stations.

Researchers estimate that a single installation of this scale could generate more energy annually than the total global oil consumption over the same period.

While major challenges remain—such as orbital assembly, radiation shielding, and safe power transmission—the project could redefine how humanity produces and distributes energy.

09/02/2026

Japan-based construction firm Shimizu Corporation has proposed an ambitious concept called the “Luna Ring,” a massive solar power belt encircling the Moon’s equator.

The idea is to install vast arrays of solar panels that would generate electricity continuously and transmit it back to Earth using microwave and laser technology.

According to Shimizu, a fully developed system could theoretically produce up to 13,000 terawatts of power, far exceeding current global energy consumption.

Because of the scale and harsh lunar environment, the project would rely heavily on automated construction systems and artificial intelligence rather than human labor.

While still conceptual, the company estimates that pilot demonstrations could lead to construction readiness around 2035 if space infrastructure continues to advance.

09/02/2026

CRAZY: Japan is now generating electricity in space and sending it back to Earth.
The project uses space-based solar power technology.
Solar panels collect energy in orbit where sunlight is constant.
That energy is then transmitted wirelessly to Earth.
Researchers say this avoids weather and night-time limits.
The tests are still experimental and small-scale.
Engineers are focused on safety and efficiency.
If scaled, it could provide stable clean energy.
Costs and infrastructure remain major challenges.
Still, it’s a glimpse of how future energy might work.

09/02/2026

China is pushing the limits of what solar energy can do by making it possible to generate electricity even after the sun goes down.

By using thousands of precision-controlled mirrors, sunlight is concentrated onto a central tower to create extreme heat during the day.

That heat is stored using molten salt technology, allowing power to be produced hours later when night arrives — solving one of renewable energy’s biggest challenges.

This kind of innovation could make clean energy far more dependable, reducing the need for coal or gas when solar panels stop working.

As energy demand grows worldwide, large-scale storage systems like this may become essential for building a future where renewables provide consistent power around the clock.

06/02/2026

ADVANTAGES OF SOLAR ENERGY SYSTEMS

Solar energy offers significant advantages, primarily as a renewable, inexhaustible resource that reduces electricity bills and carbon emissions.

Key benefits include low maintenance, increased property values, and enhanced energy independence. It is versatile for various applications, works in many climates, and does not produce noise or greenhouse gases during operation.

• Renewable and Sustainable: Solar energy is an inexhaustible, clean resource that will not run out, reducing reliance on fossil fuels.

• Significant Cost Savings: By generating electricity, homeowners and businesses can drastically lower monthly utility bills, with costs decreasing over time.

• Low Maintenance Costs: Solar panel systems are durable, requiring little to no maintenance beyond annual cleaning, and typically last for 20-25 years.

• Environmentally Friendly: Solar power reduces carbon footprints and greenhouse gas emissions, as it produces no pollution or noise.

• Increased Property Value: Installing solar panels can enhance property value and attract buyers looking for energy-efficient homes.

• Energy Independence: It offers a decentralized energy source, decreasing reliance on the traditional grid and providing power in remote areas.

• Versatility and Abundance: Solar energy can be used anywhere, from rooftops to large-scale power plants, and works even in lower-light regions.

• Incentives and Reliability: Many governments offer incentives for installation, and it provides a reliable, long-term, low-risk investment.

Think Green! Go 💚 Think Solar! Go Solar!

03/02/2026

Celebrating my 14th year on Facebook. Thank you for your continuing support. We could never have made it without you. 🙏🤗🎉

31/01/2026

31/01/2026

With Leks Motors – We just got recognized as one of their top fans! 🎉

31/01/2026

Hi Folks,
Celebrating our 14th year on Facebook. Thank you for your continuing support. We could never have made it without you. 🙏🤗🎉

31/01/2026

A new report from Wood Mackenzie identifies five key trends that will define the energy storage industry in 2026, including supply chain restructuring and the rise of non-lithium batteries.