Discover published sets by community

Benefits: Can use waste materials, reduces dependence on fossil fuels, can be a continuous source. Harvested by burning organic materials or converting them into biofuel or biogas.

Benefits: Clean fuel source, cost-effective, can be produced on- or offshore. Harvested using wind turbines.

Benefits: Reduces greenhouse gas emissions, uses waste products, can be used for heating, electricity, and as vehicle fuel. Harvested through anaerobic digestion by bacteria.

Benefits: Constant energy source, environmentally friendly, can produce fresh water as a byproduct. Harvested by exploiting the temperature difference between deep and shallow sea waters.

Benefits: Mitigates greenhouse gas emissions, cost-effective, utilizes an otherwise harmful waste byproduct. Harvested from the natural breakdown of organic waste in landfills.

Benefits: Predictable patterns, environmentally friendly, long-term energy source. Harvested using tidal streams or tidal lagoons.

Benefits: Can harness energy from everyday activities, no emissions, enables energy harvesting from ambient vibrations. Harvested by using materials that generate electricity when mechanically stressed.

Benefits: High efficiency, scalable, thermal energy storage option. Harvested by using mirrors or lenses to concentrate a large area of sunlight, or solar thermal energy, onto a small area.

Benefits: Reliable and stable, low emissions, small land footprint. Harvested by tapping into thermal energy stored within the earth's crust.

Benefits: No fuel required, low ecological impact, matches with the demand patterns. Harvested primarily by wave energy converters.

Benefits: High energy content, produces water vapor when burned, can be produced from various domestic resources. Harvested from water or organic materials via electrolysis or reforming processes.

Benefits: Reduces electricity bills, low carbon footprint, abundant and renewable. Harvested using photovoltaic cells or solar thermal collectors.

Benefits: Improves soil fertility, high carbon sequestration potential, waste reduction. Harvested by pyrolysis of biomass.

Benefits: Low pollution, renewable, can stabilize electricity prices. Harvested by capturing the energy of flowing water using dams or run-of-the-river systems.