Lumina Nova develops, builds, and operates off-grid green-energy digital infrastructure hubs — integrating floating solar generation, grid-scale energy storage, and AI-optimised compute into a single self-powered facility. Independent of the national grid. Built for Malaysia's digital sovereignty. Aligned with the National Energy Transition Roadmap and the AI Nation 2030 agenda.
Conventional renewable energy projects depend on grid connection, feed-in tariffs, and long regulatory queues. AI and high-performance compute workloads depend on power capacity the grid cannot spare. Lumina Nova closes both gaps.
Our hubs generate renewable energy on-site, store it at grid scale, and consume it through AI-optimised compute — all within a single closed-loop facility. No grid dependency. No offtake risk. No curtailment. Every electron generated has a contracted destination.
The result is a category of asset Malaysia has not yet built at scale: bankable, Shariah-compliant, long-duration digital infrastructure that adds compute capacity to the national economy without burdening the national grid.
Each Lumina Nova hub is engineered as a single operating system — not three co-located businesses. Integration is the design principle, and it is the source of our economics.
We build utility-scale floating solar arrays on underutilised water bodies across Peninsular Malaysia — former mining lakes, reservoirs, and aquaculture sites. Floating deployment preserves land, reduces water evaporation, and delivers higher panel efficiency through natural cooling.
Our BESS capacity bridges generation and consumption across every hour of the day. Long-duration lithium iron phosphate storage enables our facilities to operate 24/7 on solar-generated power alone, with the durability profile required for 25-year asset life.
Our facilities are architected for workload flexibility from day one. We support AI training and inference, high-performance computing, and protocol-level compute — with the infrastructure design to follow economic returns across cycles. Every compute hour is backed by on-site renewable generation.
The grid is Malaysia's most valuable shared resource — and its tightest constraint. Our thesis begins from a simple premise: digital infrastructure should expand national compute capacity, not compete for it.
Every Lumina Nova facility is designed to operate independently of the national grid. Solar generation is sized to compute demand. Storage is sized to bridge the diurnal cycle. Compute is the offtaker. The facility is the closed loop.
This architecture does more than reduce regulatory exposure. It produces offtake certainty — the single characteristic institutional capital values most. When every electron is consumed on-site by a contracted workload, the cash flow profile becomes what infrastructure investors underwrite: predictable, long-duration, and independent of third-party dispatch decisions.
Self-powered is not a feature. It is the business.
Lumina Nova is structured from the ground up to meet the requirements of Malaysian and regional institutional investors.
Our facilities are designed as bankable, long-duration assets with Shariah-compliant capital structures and treasury governance. Our operating model aligns with the National Energy Transition Roadmap and Bank Negara Malaysia's digital asset and Islamic finance priorities. Our portfolio approach is staged, disciplined, and built around proven pilot operations before parallel expansion.
We welcome conversations with green sukuk providers, government-linked investors, sovereign and private infrastructure funds, and institutional partners aligned with Malaysia's digital and energy transition mandates.
A KOPIT-backed platform. Registered in Malaysia. Built for Malaysia's digital sovereignty.
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