Ocean Harvesting Technologies AB (OHT)
Ocean Harvesting Technologies AB (OHT) was founded in September 2007 in Karlskrona, Sweden, to develop and commercialize an innovative mechanical power smoothing technology with the potential to reduce the cost of energy for wave power. OHT is a customer driven service and technology provider to wave power device developers, OEMs and other companies in the marine renewables industry. The core team at Ocean Harvesting is specialized in systems engineering and integration with focus on its power take-off and power smoothing technology. The team has a wide knowledge of wave energy conversion systems and how the power smoothing technology influence other parts of the system in therms of cost, power capture and efficiency.
Company details
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- Business Type:
- Distributor
- Industry Type:
- Renewable Energy
- Market Focus:
- Internationally (various countries)
- Year Founded:
- 2007
About Us
Ocean Harvesting Technologies AB
Ocean Harvesting Technologies AB (OHT) was founded in September 2007 in Karlskrona, Sweden, to develop and commercialize an innovative mechanical power smoothing technology with the potential to reduce the cost of energy for wave power.
OHT is a customer driven service and technology provider to wave power device developers, OEMs and other companies in the marine renewables industry. Product development is implemented in an open innovation strategy in co-operation with carefully selected technology suppliers and development partners, research institutions and strategic customers.
OHT has strategic alliances with the major power utility E.ON (who has provided financing to the project and supported with management and engineering advice) and the internationally recognized shipping company, Fobox AS / Fred Olsen.
The core team at Ocean Harvesting is specialized in systems engineering and integration with focus on its power take-off and power smoothing technology. The team has a wide knowledge of wave energy conversion systems and how the power smoothing technology influence other parts of the system in therms of cost, power capture and efficiency.