Limitations of Value Chain Upgrading Strategies in Malaysia’s Solar Industry

This study critically examines the recommendation that Malaysia should move up the solar industry value chain in order to achieve higher income.

It is often argued that shifting towards higher value added, downstream activities will increase economic returns. However, the findings of this research challenge this assumption and suggest that such a strategy is based on incomplete analysis and unrealistic expectations.

The central argument of this research is that increasing added value should not be treated as the sole objective of industrial policy. Economic success depends on a wider set of factors, including job creation, investment stability, and alignment with national priorities. The analysis shows that approaches focused only on value addition tend to overlook the broader political and economic context in which Malaysia operates.

A key finding is the importance of political economy and market dynamics. The global solar industry is not stable or predictable. It is constantly evolving and shaped by competition, policy changes, and external shocks. This research demonstrates that treating the industry as static leads to misleading conclusions. In practice, the industry functions within a non zero sum and uncertain environment, where outcomes are dynamic and strategies cannot be universally applied.

The study also identifies the lack of risk analysis as a major limitation in value chain upgrading strategies. Moving towards downstream production increases dependence on imported intermediate goods such as solar cells, which creates structural vulnerability. For instance, changes in pricing or supply by dominant producers can significantly reduce the competitiveness of domestic firms. Without proper risk assessment, attempts to increase added value may introduce greater uncertainty rather than improve economic outcomes.

Another important contribution of this research is the analysis of value chain elasticity. The findings indicate that solar cells, as critical intermediate inputs, are highly sensitive to changes in supply. Even small disruptions can lead to significant price fluctuations. This characteristic increases the overall risk within the industry, particularly for countries that rely on external sources. Ignoring these dynamics weakens the effectiveness of policy decisions.

The research further questions the use of GDP per capita as a measure of economic success. This indicator does not adequately reflect income distribution or social welfare. Instead, measures of income inequality provide a more meaningful evaluation of economic performance. The analysis suggests that countries with higher average income levels may still experience greater inequality, making them unsuitable benchmarks for policy comparison.

In addition, the study finds that comparisons with other countries and industries are often inappropriate. Differences in political, historical, and economic conditions limit the relevance of such comparisons. As a result, using these examples as models can reduce the reliability of policy recommendations.

In conclusion, this research demonstrates that strategies focused solely on moving towards downstream activities may increase costs, reduce investment security, and expose the solar industry to external risks. A more balanced and context specific approach is required, one that takes into account risk, market uncertainty, and the full structure of the value chain.

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