The Cost of Burning Wood
Why biomass struggles to compete with solar and wind without heavy public subsidies. Exploring the structural costs of a fuel-intensive supply chain.
Levelized Cost of Energy (LCOE)
Unsubsidized cost comparison (Sources: Lazard LCOE+, EIA AEO)
Why the vast difference?
Solar and wind technologies have zero fuel costs once built. Biomass has a continuous fuel cost: trees must be bought, harvested, processed, and transported forever.
Keeping the Lights On (With Taxpayer Money)
Feed-in Tariffs
Guaranteed above-market prices for electricity. Consumers pay the difference on their utility bills. Common in the UK and EU.
RECs
Renewable Energy Certificates. Payments for producing "green" energy—even if the actual carbon reduction is disputed by scientists.
Tax Credits
Investment Tax Credits (ITC) and Production Tax Credits (PTC) lower the tax liability for developers, incentivizing new plant construction.
The Logistic Burden
Unlike sun or wind, biomass must be physically moved. This logistics chain adds a permanent operating expense (OPEX) floor that technology cannot innovate away.
- Ocean Freight (Trans-Atlantic)
- Pelletization (Drying energy)
- TrTrucking & Harvesting
FUTURE OUTLOOK
"As wind and solar get cheaper, biomass becomes an increasingly expensive way to boil water."
How does policy drive this?
Subsidies don't appear in a vacuum. Learn about the Renewable Energy Directive (RED) and other policies shaping the market.