Project Details
Silicon Grid's Constellation platform plays a vital role in the Shetland Islands, where over 100 islands, situated 130 miles north of the Scottish mainland, rely on local power generation. The platform, integrated with Constellation’s CONTROL and OPTIMISE modules, effectively balances generation and demand in this remote, islanded network.
Benefits to Society
Reduced Energy Costs
Constellation optimally manages the variability of wind generation, contributing to a more stable and cost-effective energy supply for the Shetland Islands.
Zero Carbon & Emissions Reduction
By efficiently integrating renewable sources like the Viking Wind Farm, the project aligns with sustainability goals, minimizing carbon footprint and emissions.
Increased Renewables
Silicon Grid’s technology supports the ongoing expansion of wind generation, exemplified by the Viking Wind Farm, positioning the Shetland Islands as a hub for renewable energy.
Benefits to Network Operator
Cost Reduction
Constellation aids in reducing operational costs by efficiently managing the network’s complexity and enhancing overall system efficiency.
Accelerated Renewables Connections
The platform facilitates seamless integration of new renewable sources, such as the Viking Wind Farm, ensuring faster and more reliable connections.
Deferred Reinforcement Costs
By optimizing existing infrastructure, Constellation helps defer the need for extensive network reinforcements, leading to cost savings.
Improved Network Efficiency and Resilience
Silicon Grid’s technology enhances the overall efficiency and resilience of the network, ensuring a reliable supply of electricity to both inhabited and remote areas.
Project Statistics
Generators
0
Busbars
0
Circuits
0
Transformers
0
Max Demand (MVA)
0
GSP (11 to 33kV)
0
Summary
In summary, the Shetland ANM project demonstrates Silicon Grid’s commitment to providing innovative solutions that not only benefit society through sustainable energy practices but also empower network operators with cost-effective, efficient, and resilient systems.