Basseterre, Saint Kitts and Nevis, October 27, 2024 – The Government of Saint Kitts and Nevis proudly announces a landmark initiative to decarbonise the Basseterre Deep Water Port through a cutting-edge renewable energy project spearheaded by SYG TECH. This bold step in the nation's pursuit of env Contact online >>
Basseterre, Saint Kitts and Nevis, October 27, 2024 – The Government of Saint Kitts and Nevis proudly announces a landmark initiative to decarbonise the Basseterre Deep Water Port through a cutting-edge renewable energy project spearheaded by SYG TECH. This bold step in the nation''s pursuit of environmental sustainability aligns with the Government''s unwavering commitment to its Sustainable Island State Agenda and its goals to reduce greenhouse gas emissions.
The project will see the implementation of a renewable energy-powered microgrid, featuring SYG TECH''s innovative Vertical Axis Wind Turbine technology. This turbine, with its unique storm protection feature, is designed to withstand the severe weather conditions typical of hurricane-prone regions like Saint Kitts and Nevis.
"This project represents more than just a transition to clean energy; it is a significant leap towards our nation’s goal of becoming a global leader in sustainability," said Dr. Drew. "The integration of innovative wind turbine technology at our Deep Water Port not only addresses our current environmental challenges but also sets a new benchmark for green infrastructure in the Caribbean."
With the integration of SYG TECH’s wind turbine, solar energy, and storage solutions, the feasibility study indicates that the port''s microgrid has the potential to become 100% carbon neutral. The project is expected to cut approximately 46% of the port''s greenhouse gas emissions, equivalent to an annual saving of 141 tonnes of CO2. This innovative solution marks a transformative shift for the port and positions it as a model for renewable energy usage in the region.
Honourable Marsha Henderson, Minister of Tourism, Civil Aviation, International Transport, Employment, Labour, and Urban Development, also lauded the project, emphasising its importance for the air and sea ports under her purview.
"The decarbonisation of the Basseterre Deep Water Port is a monumental achievement for Saint Kitts and Nevis. By embracing cutting-edge green technology, we are not only safeguarding the environment but also future-proofing our port infrastructure against climate-related threats," said Minister Henderson. "This project will significantly reduce emissions, improve operational efficiency, and elevate our port as a regional leader in sustainable maritime transport."
SYG TECH''s wind turbine employs advanced technology that allows it to monitor wind speeds and enter a "storm protection" mode, closing its wings when extreme winds are detected. This tilt-down feature offers vital protection during hurricanes and storms, ensuring the equipment’s durability in a region susceptible to severe weather events.
The success of this project will not only place Saint Kitts and Nevis on the map as a forward-thinking, environmentally conscious nation, but will also serve as a beacon for other island nations seeking sustainable solutions. It is anticipated that this model will inspire future collaborations and investments in renewable energy across the region.
The Government of Saint Kitts and Nevis congratulates all stakeholders involved in this transformative project and looks forward to the lasting environmental, economic, and social benefits it will bring to the Federation and its people.
The Government of Saint Kitts and Nevis proudly announces a landmark initiative to decarbonise the Basseterre Deep Water Port through a cutting-edge renewable energy project spearheaded by SYG TECH. This bold step in the nation’s pursuit of environmental sustainability aligns with the Government’s unwavering commitment to its Sustainable Island State Agenda and its goals to reduce greenhouse gas emissions.
The project will see the implementation of a renewable energy-powered microgrid, featuring SYG TECH’s innovative Vertical Axis Wind Turbine technology. This turbine, with its unique storm protection feature, is designed to withstand the severe weather conditions typical of hurricane-prone regions like Saint Kitts and Nevis.
“This project represents more than just a transition to clean energy; it is a significant leap towards our nation’s goal of becoming a global leader in sustainability,” said Dr. Drew. “The integration of innovative wind turbine technology at our Deep Water Port not only addresses our current environmental challenges but also sets a new benchmark for green infrastructure in the Caribbean.”
With the integration of SYG TECH’s wind turbine, solar energy, and storage solutions, the feasibility study indicates that the port’s microgrid has the potential to become 100% carbon neutral. The project is expected to cut approximately 46% of the port’s greenhouse gas emissions, equivalent to an annual saving of 141 tonnes of CO2. This innovative solution marks a transformative shift for the port and positions it as a model for renewable energy usage in the region.
“The decarbonisation of the Basseterre Deep Water Port is a monumental achievement for Saint Kitts and Nevis. By embracing cutting-edge green technology, we are not only safeguarding the environment but also future-proofing our port infrastructure against climate-related threats,” said Minister Henderson. “This project will significantly reduce emissions, improve operational efficiency, and elevate our port as a regional leader in sustainable maritime transport.”
SYG TECH’s wind turbine employs advanced technology that allows it to monitor wind speeds and enter a “storm protection” mode, closing its wings when extreme winds are detected. This tilt-down feature offers vital protection during hurricanes and storms, ensuring the equipment’s durability in a region susceptible to severe weather events.
The definition of "net zero" is not strictly defined in the industry. In this case, "net zero" means the ECCB campus will net out to zero consumed grid electricity over time. Sometimes the campus will export energy and sometimes energy is imported. But over time that balance is zero.
We aren''t there yet. There is still energy efficiency work to be done, and possibly more solar energy on the roofs of some of the buildings. The energy efficiency work started with a walk-through ASHRAE Level-1 energy assessment. That led to lighting upgrades and various other improvements in their energy performance. Stay tuned for ECCB achieving that net-zero goal.
How about the two big challenges for the Caribbean: hurricanes and corrosion. The carports keep the solar arrays off the ground more than 12 feet. That reduces the likelihood of damage from wind-blown debris during a hurricane.
The site is less than a mile from the open ocean. The structures and all components are engineered for a 180-mph wind speed. The solar modules are rated to exceed the 180-mph design wind with repeated cyclical loading. Additionally, the steel structures are heavily hot-dip galvanized to control corrosion. The galvanizing coating is rated for a 30-year service life.
The ground conditions were another challenge. There usually is a good amount of topsoil in the mountainous Caribbean (as opposed to the Bahamas or low-lying islands with little topsoil). However, there was not a drill rig large enough to drill the necessary pier foundation to sufficient depth. So the engineering focused on spread footers, that are visible in the pictures below. These are massive rebar cages, 10'' on a side, filled with concrete, and buried under a layer of topsoil (so the parking lot grass can grow back quickly).
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