The world is entering a new era of economic development. Energy crises triggered by geopolitical conflicts, climate change, global supply chain disruptions, and intensifying competition for technological dominance have reshaped how nations approach national development. While economic growth was once driven primarily by the ability to exploit natural resources, a country's competitiveness now increasingly depends on its ability to integrate natural resources, technology, innovation, and human capital into an adaptive economic system.

In this context, the National Dialogue on Economic Self-Reliance and National Prosperity, held from June 26–28, 2026, served as a timely opportunity to reflect on Indonesia's development trajectory. The President's call to move beyond a sectoral approach toward systemic development acknowledges that the challenges of the 21st century are far more complex than those of previous decades. Issues related to food, energy, industry, investment, education, and technology can no longer be addressed independently, as each sector is closely interconnected.

In the author's view, this message carries a deeper meaning than simply strengthening coordination among government ministries. Indonesia needs a fundamental transformation in its development paradigm. Energy should no longer be viewed merely as a commodity for consumption, while agriculture should not be regarded solely as a provider of food. Instead, both sectors should serve as the foundation of a national industrial ecosystem capable of creating added value, expanding employment opportunities, strengthening national resilience, and improving public welfare.

This is where both Indonesia's greatest challenge and greatest opportunity lie. The country possesses nearly all the prerequisites to become a global green economic powerhouse, including enormous biomass reserves, the world's largest palm oil production, approximately 40 percent of global geothermal resources, abundant solar energy potential, and vast agricultural land. Ironically, however, Indonesia has yet to fully transform these abundant resources into sustainable economic advantages. The core challenge is not a shortage of resources but rather the lack of integration among sectors in building an innovation-driven economic ecosystem.

Indonesia: Resource-Rich but System-Poor

One of Indonesia's development paradoxes is what many economists describe as being "resource-rich but system-poor." While Indonesia is endowed with abundant natural resources, the systems required to convert those resources into high-value products remain underdeveloped.

This paradox is particularly evident in the energy sector. Indonesia is the world's largest producer of palm oil, yet much of its exports still consist of products with limited processing. Likewise, tens of millions of tons of agricultural waste generated each year are still burned, discarded, or left to decompose, despite representing a significant source of renewable energy.

A similar situation exists in agriculture. Agricultural development has traditionally been measured by increased commodity production. However, this indicator alone no longer reflects the sector's full contribution to national development. Modern agriculture should produce not only rice, corn, sugarcane, and palm oil, but also renewable energy, green industrial feedstocks, organic fertilizers, carbon storage, and even carbon credits with significant economic value. In other words, agricultural development must evolve from being merely a food producer to becoming both a food and energy producer.

The Agro-Energy System: A New Development Paradigm

The Agro-Energy System represents a development concept that deserves greater attention as a national development framework. Under this model, agriculture is no longer viewed as a standalone producer of primary commodities but as an integral component of the renewable energy value chain.

This approach enables every hectare of land to generate multiple sources of economic value. For example, a single palm oil plantation can produce not only crude palm oil (CPO) but also biodiesel, green diesel, sustainable aviation fuel (SAF), biomass-generated electricity, biogas, organic fertilizers, biochar, stored carbon, and a variety of green chemical products.

This concept is known as cascade utilization, in which biomass is processed through multiple stages to maximize value while minimizing waste. Such an approach is considerably more efficient than the conventional linear production model that remains prevalent today.

The success of downstream industrialization depends not only on industrial investment but also on the capacity to generate technological innovation. This is where universities play a strategic role. Research on improving biofuel quality, catalyst development, vegetable oil refining technologies, biomass waste utilization, and process engineering should be directed toward addressing the needs of Indonesia's industries.

Collaboration among universities, government, industry, and society must be strengthened to ensure that research outcomes extend beyond academic publications and are translated into technologies that generate tangible economic benefits.

Ultimately, economic self-reliance is determined not by the quantity of natural resources a nation possesses but by its ability to manage those resources innovatively and sustainably. Indonesia must transition from being an exporter of raw materials to becoming a producer of high-value, technology-based products. Renewable energy transformation and agricultural downstreaming are two complementary strategies for achieving this objective.

The ongoing energy transition should be viewed as an opportunity to build a more resilient national industry, strengthen energy and food security, and create high-quality employment opportunities. With consistent policies, technological capability, and strong collaboration among stakeholders, Indonesia has a significant opportunity to transform its abundant natural resources into a sustainable competitive advantage that supports long-term economic growth and enhances public welfare.

Written by:

Prof. Dr. Ir. Renita Manurung, M.T.
Dean, Faculty of Engineering
Universitas Sumatera Utara