Development of Capacity Expansion Models for Energy Transition

Scinergy Pacific developed capacity expansion models (CEM) to support the integration of renewable energy (RE) in FSM, ensuring grid stability and optimized energy system planning. This process involved reviewing existing energy plans, consulting key stakeholders, assessing technical feasibility, and evaluating the grid’s capacity to accommodate higher levels of RE.

Project Overview

The consultancy conducted a comprehensive techno-economic assessment to determine the commercial viability of RE projects. This included analyzing legal and regulatory frameworks, conducting feasibility studies, and developing strategic roadmaps to guide optimal RE deployment and resource allocation. The technical viability of various RE technologies was assessed by evaluating resource availability, energy storage solutions, and grid integration capabilities.

To facilitate effective planning, Scinergy Pacific developed detailed RE mix plans that provided clear feasibility assessments and strategic financial resource allocation, particularly considering the anticipated increase in funding for RE projects. The firm also established data collection templates to support energy capacity modeling and grid impact studies, ensuring standardized and reliable inputs for decision-making.

Stakeholder Engagement

Stakeholder engagement was a key component of the project. Scinergy Pacific collaborated with government agencies, utilities, and development partners to conduct fieldwork, assess grid infrastructure readiness, and identify necessary upgrades for RE integration. The consultancy also assisted SPC in drafting Requests for Proposals (RFPs) for further energy modeling studies, ensuring that future projects aligned with FSM’s long-term energy transition goals.