Heliospace Corporation

China isn't waiting. 🌍

Space-Based Solar Power is already part of China's national 5-Year Plan, with a clear roadmap from small orbital stations by 2028 to gigawatt-scale deployment by 2050.

They're not alone! The UK has launched a government-backed study identifying SBSP as a national energy priority. Japan has been advancing its national SBSP program since 1987 and is set to launch its OHISAMA test satellite this year.

Every major industrial economy is prioritizing space-based solar power as a strategic initiative.

In the United States, a different approach is taking shape, with commercial innovation leading the charge.

We’re already building! 🚀

IP is the moat no one is talking about in the space industry. 🛡️

Vik Parti, IP strategist in the space sector, said it clearly:

"IP matters in the space race because space is shaping up to be one of the most important patent races of our lifetime. The companies that protect the right technologies early will have a real advantage as the next generation of space infrastructure, power systems, and orbital platforms takes shape. This first Helio patent filing shows that we are starting to turn our engineering work into patent assets, beginning with technology connected to deployable space infrastructure and our broader space based solar power roadmap."

That's exactly what we're building.

Every barrel of oil crosses a border before it reaches a power plant. 🌍

Every cubic meter of natural gas travels through pipelines owned by others.

Every coal shipment relies on logistics chains that extend across oceans and continents.

The energy grid we rely on is built on sources that are not under our control, and this vulnerability is becoming increasingly evident.

We are currently experiencing rising geopolitical instability, annual supply chain disruptions previously deemed “once in a generation,” and demand for energy is surging faster than new generation capacities can be developed. Electricity prices are fluctuating based on decisions made thousands of kilometers away.

This situation is not merely a risk for the future; it is the current reality of global energy.

Introducing space-based solar power! ☀️

This innovative solution operates above all pipelines, borders, and supply chains on Earth, transforming sunlight—an energy source that no government can sanction and no conflict can disrupt—into continuous electricity delivered to ground stations worldwide.

This advancement offers not only a technological edge but also structural independence in energy production.

Helio Corporation is committed to turning this vision into reality! 🚀

Where do you believe the most urgent need for energy independence exists today? We invite you to share your insights in the comments below!

When inquiries arise regarding Helio's involvement in lunar operations, the response is more than a mere presentation—it is substantiated by our mission log.

🌕 Intuitive Machines IM-1: This marks the first commercial spacecraft to successfully land on the Moon, featuring Helio hardware onboard.

🚀 Firefly Blue Ghost Mission 1: Another significant CLPS mission that transported Helio payload systems to the lunar surface.

In total, we are engaged in FOUR lunar missions, providing authentic operational data directly from the Moon—not simulations or proposals—demonstrating our flight heritage.

And this is just the beginning.

Helio has been chosen to supply deployed instruments for an upcoming Artemis mission, with five additional CLPS mission proposals already submitted. Moreover, we have more orbital systems planned through 2026. 🌌

The framework of the lunar economy is currently being established, encompassing energy systems, communications infrastructure, and long-duration surface operations. Reliable power sources are essential, especially in areas where surface solar cannot be utilized during shadowed regions and throughout the 14-day lunar nights.

Helio is not merely anticipating this future; we are already actively contributing to it!