The Future of Energy - Richard Campbell - NDC Oslo 2024

Hydroelectric power remains one of the most reliable and cleanest energy sources, with plants lasting 100+ years and providing consistent baseline power generation

Wind and solar have become the cheapest forms of new power generation, though they face challenges with intermittent generation and storage needs

Grid-scale energy storage is critical for renewable adoption, with pumped hydro storage being one of the most practical and cost-effective solutions currently available

Nuclear power faces high costs and public concern but modernized designs like small modular reactors could make it safer and more economical

Geothermal power has untapped potential but faces challenges with drilling technology and finding suitable locations with hot rocks near the surface

Grid modernization is enabling smart consumption patterns and better integration of intermittent renewable sources through improved control systems

Hydrogen production and storage may play an important role in energy systems but current production methods are energy intensive

Offshore wind is becoming increasingly viable as turbine technology improves, though it remains more expensive than onshore installations

Battery technology continues to evolve, with new chemistries like iron-air batteries potentially providing more cost-effective grid storage than lithium-ion

Coal and gas plants are becoming less economically competitive compared to renewables, though natural gas remains important for grid stability