GravCORE
Energy storage power plants & converters of the future
emission-free base load solution for all
GravCORE
Energy storage power plants & converters of the future
emission-free base load solution for all
Energy and climate crisis and its consequences
The global energy deficit is constantly increasing.
At the same time, our planet's ecosystems are already collapsing—and total collapse will follow by 2035—with devastating consequences if no immediate action is taken!
Tipping points
The climate experts' call for new energy technologies must be met immediately.
Only with new, baseload-capable and scalable storage power plants can the global climate and energy problem be solved and prevented by 2035.
requirements for new energy technologies
basic criteria
Global availability: Can be used worldwide:
Even decentralized – for industry, infrastructure, and even for poorer regions. Fast implementation – no lengthy approval processes.
Storage capacity:
Large-capacity storage. Scalable for on-demand storage. Battery-free storage technology.
Raw material neutrality
Avoiding scarce or conflict-ridden resources.
Low space requirement
Automated series production possible
Modularity & Scalability:
.Flexible, location-independent, autonomous, adaptable to any energy requirement. Smaller, mobile solutions are also possible.
Base load capacity:
Reliable, round-the-clock energy supply, regardless of weather or location.
Maximum energy efficiency
Continuous and low-loss conversion of input materials into usable energy
the energy solution until 2035 +
GravCORE offers an innovative energy solution that combines storage, power plant, and converter into a single system – baseload capable, CO₂-free, decentralized, and autonomous. Regardless of weather, location, or time of day, GravCORE continuously generates electricity or stores energy as needed.
GravCORE energy systems are robust, economical, and constructed of 90% steel modules. They are quick to manufacture and have a very long service life with low maintenance requirements. Rapid implementation anywhere in the world is guaranteed.
gravcore advantages
Baseload capable
Zero emissions
Scalable and flexible
Energy for all
Reliable supply of energy around the clock, without dependence on wind, sun and storage batteries.
No CO2 and no emissions. Resources are conserved. No recycling problems. Everything is recyclable.
For industry, remote locations, islands or even ships, can be used anywhere where energy is needed.
Endless and affordable energy for everyone - clean and sustainable, available everywhere in the world - from 10kWh to gigawatt requirements.
What is behind GravCORE?
GravCORE energy storage power plants
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GravCORE systems, developed by BIOPLAN M&P Germany, are based on fundamental physical principles:
After an initial input, gravitational force is amplified through controlled mass movement, and the resulting kinetic energy is converted into electrical power – scalable by system size from 10 kW to over 100 MW of continuous output.
"Warning shot"
By 2035, GravCORE systems could replace all polluting energy generators worldwide, preventing both energy shortages and climate problems.
But now, every responsible decision-maker who wants to pave the way to a zero-emission energy future counts – on a healthy planet for ALL!
The time for excuses is over. What appears to be a crisis today will be considered a failure tomorrow – unless we act... NOW!
We still have it in our hands.
The time limit for implementation is 2035 – only 120 months left!
either this way?
or better this way?
we have it in our hands!
“Source for energy deficit: Illustration by ChatGPT based on data from the IEA World Energy Outlook, BP Energy Outlook, and IRENA World Energy Transitions Outlook.
Source of tipping point data: IPCC (2018): Global Warming of 1.5°C. An IPCC Special Report on the impacts of global warming of 1.5°C above pre-industrial levels. Intergovernmental Panel on Climate Change. / Steffen, W., Rockström, J., Richardson, K., et al. (2018): Trajectories of the Earth System in the Anthropocene. Nature, 562, 465–473. DOI: 10.1038/s41586-018-0171-2. / Potsdam Institute for Climate Impact Research (PIK): Tipping elements in the Earth system, various publications. / Visualization: Own illustration, supplemented by the marking "Latest implementation of GravCore