Energy self-sufficient deep sea self-propelled platform-resistant floating scientific research facility platform
Energy self-sufficient deep sea self-propelled platform-resistant floating scientific research facility platform
- New search for: YANG JIANMIN
- New search for: XIAO LONGFEI
- New search for: LYU HAINING
- New search for: ZHANG NIANFAN
- New search for: LI XIN
- New search for: ZHAO GUOCHENG
- New search for: PENG TAO
- New search for: LIU MINGYUE
- New search for: CHENG ZHENGSHUN
- New search for: WEI HANDI
- New search for: GUO XIAOXIAN
- New search for: LIU LEI
- New search for: YANG JIANMIN
- New search for: XIAO LONGFEI
- New search for: LYU HAINING
- New search for: ZHANG NIANFAN
- New search for: LI XIN
- New search for: ZHAO GUOCHENG
- New search for: PENG TAO
- New search for: LIU MINGYUE
- New search for: CHENG ZHENGSHUN
- New search for: WEI HANDI
- New search for: GUO XIAOXIAN
- New search for: LIU LEI
The invention relates to an energy self-sufficient deep sea self-propelled platform-resistant floating scientific research facility platform which comprises a box-shaped deck, stand columns and two ship-shaped buoyancy tanks, the two ship-shaped buoyancy tanks are arranged in parallel, the box-shaped deck is located over the ship-shaped buoyancy tanks, each ship-shaped buoyancy tank supports the box-shaped deck through at least two stand columns, and the stand columns are oval stand columns. The oval long center line is parallel to the axis of the ship-shaped buoyancy tank. The floating scientific research facility platform further comprises a multi-energy complementary supply system, a propelling and positioning system and an experiment observation system. The multi-energy complementary supply system comprises a wave energy power generation unit, a tidal current energy power generation unit, a wind energy power generation unit, a solar energy conversion unit, an electric energy storage unit, a photochemical reaction unit, a thermal cycle unit and a fresh water storage unit. Compared with the prior art, the device has the advantages that the storm resistance is high, effective guarantee is provided for long-term residence in deep and far sea for scientific research operation, the offshore rapid self-propulsion capability is achieved, and the maneuverability is flexible.
本发明涉及一种能源自给的深远海自航抗台型浮式科研设施平台，包括箱型甲板、立柱和两个船型浮箱，两个船型浮箱互相平行设置，箱型甲板位于船型浮箱的正上方，每个船型浮箱通过至少两根立柱支撑箱型甲板，立柱为椭圆形立柱，椭圆形的长中心线平行于船型浮箱的轴线，浮式科研设施平台还包括多能源互补式供给系统、推进与定位系统和实验观察系统；多能源互补式供给系统包括波浪能发电单元、潮流能发电单元、风能发电单元、太阳能转换单元、电力储能单元、光化学反应单元、热循环单元和淡水储存单元。与现有技术相比，本发明具有抗风暴能力强、为长期驻留深远海进行科研作业提供了有效的保障且具备海上快速自航能力及灵活的操纵性等优点。
Document information
Energy self-sufficient deep sea self-propelled platform-resistant floating scientific research facility platform
一种能源自给的深远海自航抗台型浮式科研设施平台
2021-08-31
Patent
Electronic Resource
Chinese
Similar titles
Self-propelled offshore photovoltaic and wind energy coupling power generation floating platform
| European Patent Office | 2023