
sERVICES
1. SECURE PPA, PLANNING, ASSEMBLY AND OPERATION OF GENERATION PLANTS, MOLTEN SALT PATENTS

The Evolution of Energy in Guatemala: Our Moment is Now 50 years ago, Guatemala relied on imported fossil fuels—coal, diesel, and bunker oil. Biomass from agriculture was the local backbone, and the massive Chixoy Hydroelectric Plant launched large-scale power generation. 20 years ago, the push for cleaner energy brought new solar, wind, and small hydro projects. But a critical gap emerged: no reliable, non-intermittent baseload power. The grid stayed dependent on fossil fuels, limiting stability and growth. Today, the need is clear. It's not just clean energy—it's guaranteed, high-scale, renewable baseload power. Tenders, Data centers, green hydrogen, green ammonia, and advanced manufacturing demand constant, massive, sustainable supply. The missing piece is firm, grid-forming power. The best time to enter a market is when you can provide the solution it truly needs. We are that solution. We deliver resilient, high-capacity renewable energy to free Guatemala's grid from old limits. The transition is entering its decisive phase. We are ready to connect to the grid. Our timing is perfect.
2. COMPLETE DESIGN OF RENEWABLE ENERGY GENERATION PLANTS AND POWER GRIDS / TRANSMISSION LINES

3. FOCUSED ON BASELOAD ENERGY OR GUARANTEED POWER, BRINGS STABILITY TO ELECTRIC GRIDS BALANCING INTERMITTENT ENERGY

Guatemala’s Grid Voltage Spectrum: From 13.8 kV to 400 kV
The Sistema Nacional Interconectado (SNI) operates across multiple voltage levels to serve all users:
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13.8 kV – 69 kV: Sub-transmission and primary distribution. Directly serves large industrial, commercial, and municipal loads. Some smaller geothermal or distributed generation plants may interconnect at these levels.
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138 kV – 230 kV: Main transmission backbone. Interconnects most major power plants (hydro, geothermal, thermal) and ties together regional load centers. 230 kV is the standard for utility-scale geothermal projects.
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400 kV: High-capacity backbone for regional power exchange (SIEPAC) and very large power transfers. Relevant for big geothermal clusters (>100 MW) or cross-border wheeling.
