- Powering the AI Era
Introducing Vena Nexus
Vena Nexus is the digital infrastructure platform of Vena Group, purpose-built to deliver next-generation AI-ready data centres across Asia Pacific. Born from the deep integration of data centre development and renewable energy expertise, Vena Nexus combines compute and power, co-designed from the ground up to meet the demands of the AI era.
With a development portfolio of approximately 3 GW of IT load, including more than 1 GW with secured land, power, and permits, Vena Nexus is positioned to deliver scalable, sustainable infrastructure in power-constrained and high-barrier-to-entry markets.
From hyperscale AI campuses to distributed edge inference sites, Vena Nexus offers infrastructure engineered for liquid cooling, high power density, and grid-integrated green power, enabling clients to scale AI workloads with speed, certainty, and sustainability.
- Sustainable Infrastructure
- Reliability & Scalability
- Innovation
- Environmental Responsibility
DISCOVERVena Energy
- WHO ARE WE?
A Major Green Solutions Provider Driving the Energy and Digital Infrastructure Transition Across the Asia-Pacific Region
Vena Group serves as the parent entity for Vena Energy and Vena Nexus, integrating green energy and digital infrastructure capabilities to accelerate the low-carbon transition across Asia-Pacific. Vena Group is committed to advancing sustainable innovation at scale—supporting climate action and enabling a greener, AI-driven future.
VENA GROUP BY THE NUMBERS
Clean electricity generated annually from renewable sources
Total portfolio capacity of onshore, offshore, and battery assets across Asia-Pacific
ENVIRONMENTAL IMPACT METRICS AS OF FY2024
Households Powered
Greenhouse Gas Emission Reductions in Tonnes
Water Saved in Megalitres
Equivalent Cars Removed from the Road
Equivalent Trees Planted
- Households Powered is estimated based on annual residential electricity consumption per household in each country where Vena Energy operates. Consumption data is sourced from the International Energy Agency (2022), while household estimates are derived using population data from the United Nations (2023), and average household size data from the United Nations (2022), the Statista database (2022), and Ministry of Internal Affairs and Communications Japan (2023).
- Greenhouse Gas (GHG) Emissions Avoided is calculated on the assumption that the generation from renewable energy plants replaces an equivalent amount of electricity generated using coal, gas and oil sources. Country-specific avoided emissions are estimated using national emissions factors published in the UNFCCC Harmonized IFI Default Grid Factors 2021 v3.2.
- Water Saved is calculated by comparing the water consumption of solar and wind power plants against the average water use associated with the national power generation mix in each country where Vena Energy operates. Country-specific water savings were estimated using national energy mix data from the International Energy Agency (2022–2023) and water use intensity factors from the study “Water Demand Scenarios for Electricity Generation at the Global and Regional Levels” by Terrapon-Pfaff et al. (2020).
- Equivalent Cars Removed from the Road is estimated using the annual greenhouse gas emissions of an average passenger vehicle, based on data from the United States Environmental Protection Agency (EPA), last updated in November 2024.
- Equivalent Trees Planted is estimated based on the amount of greenhouse gas sequestered by a medium-growth coniferous or deciduous tree planted in an urban setting and grown for 10 years, using data from the United States EPA, last updated in November 2024.
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