The Norwegian University of Science / The Royal Institute of Technology / KTH campus / Royal Institute of Technology / /
IndustryTerm
energy demand / gear technology / generation technology / real-time wave information / conventional nonrenewable energy resources / efficiency pumping systems / technology developer / conventional devices / ocean energy / energy bill / energy infrastructure / vs technology readiness levels / large reciprocating energy flows / phase control technology / renewable energy / wave energy absorption / sustainable energy / energy mix / clean energy / energy / sustainable technology consortium / electricity / utilityscale energy generation / technology assessments / technology / marine energy harnessing / energy density several times / prediction algorithms / control technology / times higher energy density / machinery force / wave energy research / offshore energy projects / /
MusicAlbum
Iberia / /
Organization
KTH KTH Machine Department / Press Release WavEC Offshore Renewables / Ecole Centrale Nantes / Institute of Technology / Swedish Energy Agency / Norwegian University of Science and Technology / /
Person
Patrik Möller / J. Falnes / A. Sarmento / Antonio Sarmento / Diego Pavia / Tobias Walla / Johannes Falnes / Stefan Björklund / Stig Lundbäck / / /
Position
Manager rosie.williams@aspectuspr.com / Account Manager / Communication Officer / CEO / /
Region
Benelux / /
Technology
Wave Energy Converter technology / previously developed technology / control technology / phase control technology / WAVE SPRING phase control technology / prediction algorithms / Technology of Stockholm / generation technology / SwePart Transmission Cascade gear technology / /
KIC InnoEnergy, Press Release BREAKTHROUGH IN WAVE ENERGY HARVESTING A Wave Energy Converter inspired by the human heart has shown step-change improvement in power capture using a new control technology “WaveSpring”