The project will deliver the lowest cost electricity to Saint Helena and reduce the islands reliance on imported diesel, switching entirely to renewable energy to meet majority of the electricity needs, making Saint Helena one of the "greenest"
The main products include automotive-grade and industrial-grade silicon carbide power modules and discretes, which are widely used in the traction inverter of new energy vehicles, photovoltaic inverters, power storage converters, power supplies and other fields.
The long-term commitment is to enable Saint Helena Government (SHG) to actualize its vision of transitioning to 100% renewable energy sources by 2020. The project will be developed by PASH Consortium and some of the world''s most reputable equipment manufacturers for renewable energy projects.
The primary source of electricity generation on St Helena is from diesel generation, which generates around 80% of the Island''s electricity. The Power Station in Rupert''s has firm a diesel generating capacity of 5.6MW from 4 diesel generators, as shown in the table below.
The Project will not only save over 150,000 metric tons of carbon emissions over its useful life, it will also provide St Helena with security of electricity supply from a unique hybrid of renewable sources.
Founded in the US 9 years ago, ACOPower has been dedicated to providing outdoor power solutions for RVers and car owners on the road. ACOPower''s portable electric coolers, portable solar panels and more are designed for outdoor living lifestyles.
Pash Global, a subsidiary of multinational commodities trader Trafigura Group, has signed a renewables power purchase agreement for a project on the British overseas territory of Saint Helena.
We closely monitor both the demand for electricity and the availability of power from renewable sources. This enables us to switch between the various sources for maximum efficiency. So, for example, on a windy day we may be able to switch off a generator and therefore use less diesel.
Key products include automotive-grade SiC power devices and modules, industrial-grade SiC power modules/half-bridges, and single-tube devices, which are widely applied in new energy vehicle traction systems, industrial automation, as well as fields such as photovoltaics, wind, energy storage, and IDC, all in line with the national goals of
We are deeply committed to excellence in all our endeavors.
Since we maintain control over our products, our customers can be assured of nothing but the best quality at all times.