Gentari and Gamuda Join Forces for 1.5 GW Solar and BESS Project in Malaysia

Key Takeaways

Gentari and Gamuda are collaborating to develop 1.5 GW of renewable energy for hyperscale data centers in Malaysia.
The initiative includes solar PV plants with integrated battery energy storage systems under Malaysia’s CRESS.
Malaysia aims for 40% renewable energy capacity by 2035 and 17% share of renewables by 2040.

Partnership for Renewable Energy Expansion

Gentari, a clean energy provider, has partnered with Gamuda, a prominent engineering and construction firm, to enhance Malaysia’s renewable energy capacity significantly. Together, they plan to develop 1.5 gigawatts (GW) of renewable energy, specifically catering to the increasing power demands of hyperscale data centers located in Malaysia.

This collaboration will primarily utilize their subsidiaries: Gentari Renewables and Gamuda Energy. The focus is on establishing solar photovoltaic (PV) power plants complemented by battery energy storage systems (BESS). These projects are being carried out under the framework of Malaysia’s Corporate Renewable Energy Supply Scheme (CRESS), which aims to facilitate the transition towards more sustainable energy production.

As of the end of 2024, Malaysia has achieved an installed solar capacity of approximately 2 GW, representing around 5% of its total electricity generation capacity. The nation has set ambitious future targets that include reaching 40% renewable energy capacity in its power generation mix by the year 2035. Furthermore, by 2040, Malaysia aims for a renewable energy share of 17% in its overall energy consumption.

This partnership not only highlights the commitment of both companies to support Malaysia’s energy transition but also addresses the urgent need for sustainable power solutions as the demand for data center energy surges. By investing in solar and BESS technologies, Gentari and Gamuda are positioned to contribute significantly to the country’s renewable landscape while simultaneously meeting the needs of modern data centers.

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