Solutions
GBS Gravitational Battery System
Store energy from solar and wind farms and use it when needed. The GBS system leverages gravity to store excess energy generated by photovoltaic and wind power plants, making it available during peak demand periods. Thanks to our sophisticated management software applied to a mechanical lifting tower, energy is stored intelligently to prevent waste and ensure greater independence from the grid.
How It Works
Excess energy lifts a weight inside the storage tower.
When energy is needed, the weight descends, efficiently generating electricity.
Our software optimizes energy flow to ensure maximum efficiency.
✅ Energy independence for communities and industries
✅ Optimized use of renewable energy
✅ Sustainability and emission reduction
Who it is aimed at
Maximize self-consumption of renewable energy, reducing grid dependence and lowering operational costs. The GBS system allows for more efficient energy use without waste.
A scalable storage solution to optimize the distribution of locally produced renewable energy, increasing energy independence and sustainability.
Prevents excess energy from being wasted by storing it for peak demand periods, ensuring grid stability and continuity.
Improves peak energy consumption management and reduces the need to draw power from the grid during costly periods.
BPG Battery System
The BPG system is designed to recover and reuse energy lost from cranes and elevators on construction sites. This innovative system utilizes next-generation lithium batteries to store and redistribute energy, reducing the need for diesel generators and lowering CO₂ emissions.
How It Works
The descent of cranes and elevators generates kinetic energy.
Our intelligent software captures and converts it into electricity.
The stored energy is then used to power construction site operations.
✅ Reduction of CO₂ emissions
✅ Less dependence on fossil fuels
✅ Continuous energy availability on construction sites
Who it is aimed at
Ensures continuous energy supply for cranes, elevators, and heavy machinery, reducing reliance on diesel generators.
Provides a sustainable and efficient power solution, optimizing energy use on construction sites.
Helps reduce the environmental impact of construction sites through energy recovery and reuse.
BPS Battery System
The BPS system is designed to optimize energy consumption for cranes at port terminals. Using high-capacity lithium batteries and artificial intelligence, the system recovers energy lost during lifting and lowering operations, reducing diesel generator usage and improving efficiency.
How It Works
During descent, cranes generate energy that would otherwise be wasted.
The BPS system captures and stores this energy in lithium batteries.
The stored energy is then reused to power port operations, reducing costs and environmental impact.
✅ Reduced energy consumption in ports
✅ Lower operational costs and greater efficiency
✅ Transition to more sustainable and eco-friendly ports
Who it is aimed at
Reduces diesel generator use in lifting operations, contributing to port decarbonization.
Optimizes energy management in port operations, lowering costs and improving efficiency.
Stabilizes energy consumption in major logistics hubs, reducing grid dependence.