GALAXY Computing-Power and Energy Synergy Solution Makes Its European Debut
PVTIME – The 23rd of June marked the official opening of Intersolar Europe 2026 in Munich, the continent’s flagship global exhibition for photovoltaic and battery energy storage sectors. As a verified BloombergNEF Tier 1 Energy Storage Manufacturer, LEES Energy showcased its latest suite of intelligent energy storage solutions, engineered to deliver smarter, more efficient and fully sustainable energy propositions for global asset operators and end-users alike.
Europe’s energy transition is advancing into an era of rational asset deployment and large-scale storage rollout. Market stakeholders are confronted with ever more stringent grid connection compliance criteria, persistent whole-life electricity expenditure pressures, and rigorous fire safety regulatory frameworks – generating robust demand for storage hardware tailored to the continent’s unique operational constraints.
At this year’s Munich expo, LEES Energy lifted the veil on its next-generation SOURCEFLOW® product portfolio, engineered to cover utility-scale generation and grid-side storage, commercial and industrial deployments, alongside standalone microgrid infrastructure. Boasting ultra-high system integration, market-leading conversion efficiency and end-to-end multi-layer safety interlocks, the full product range drew extensive engagement from visiting asset developers, utility representatives and industry technical specialists throughout the show.
The JANUS-R261DC utilises a pure DC-coupled architecture, which eliminates power conversion losses incurred via intermediate inverter stages and delivers a material reduction in LCOE. The platform supports modular capacity scaling, enabling flexible deployments ranging from small kWh-scale commercial units through to multi-MWh grid-connected assets. Its factory pre-assembled and pre-commissioned design, paired with cloud-native intelligent remote monitoring and control functionality, streamlines on-site installation workflows and slashes long-term operational and maintenance overheads.
Developed to accommodate Europe’s diverse commercial, industrial and remote microgrid operating environments, the JANUS-261PV+ integrates photovoltaic generation, battery storage and diesel genset assets within a unified control framework, facilitating seamless mode switching between grid-tied and off-grid autonomous operation. The system elevates round-trip energy efficiency by 3–5 percentage points, with native compatibility for all dominant European industrial communication protocols, permitting seamless integration with local utility and energy service providers across EU member states.
Purpose-built for utility-scale front-of-meter storage and large-format commercial and industrial energy assets, the TRITON-C5016 emerged as one of the exhibition’s standout highlights, distinguished by exceptional conversion efficiency, stable long-duration operational performance, flexible site deployment and robust multi-tiered safety engineering. The platform has already secured large-scale commercial rollouts across Asia, mainland Europe and Africa, delivering consistent grid stability support and accelerating the integration of intermittent renewable generation into national power networks.
Boasting comprehensive scenario coverage and mature localisation engineering capabilities, the SOURCEFLOW® portfolio is rapidly establishing itself as the preferred storage hardware suite for a growing cohort of international energy asset owners.
LEES Energy’s comprehensive product innovation pipeline stems from granular, long-term insight into the evolving structural demands of the global clean energy sector.
On the 22nd of June, LEES Energy was invited to deliver a keynote presentation at the 4th German Solar and Energy Storage Conference. The high-level summit convened representatives from Germany’s federal energy authorities, regional distribution network operators, leading renewable developers and institutional investors to debate emergent market trajectories and commercial opportunities within Europe’s future energy landscape.
During the conference proceedings, LEES Energy formally launched its proprietary GALAXY distributed Compute-Energy Synergy Solution to the European market, sparking widespread interest and follow-up technical discussions amongst attending delegates.
The exponential expansion of generative artificial intelligence and large-scale AI model infrastructure has elevated the integrated pairing of green power generation and digital compute hardware to a core strategic priority for global energy market participants. Moving beyond conventional Solid-State Transformer (SST) integration pathways, GALAXY delivers a far more adaptable, low-footprint deployment model for synchronised compute and energy asset coordination.
GALAXY operates on an ultra-simplified direct current architecture, driving tangible capital expenditure reductions and measurable efficiency uplifts at the hardware layer. Its low-intrusion modular construction delivers unrivalled deployment agility, whilst substantially lifting the asset utilisation factor of distributed solar and battery storage fleets.
While maintaining uninterrupted uptime for critical digital compute infrastructure, GALAXY facilitates millisecond-grade synchronised power dispatch. Deep native integration between the DC backbone and on-site energy storage systems enables the platform to smooth volatile compute power draw fluctuations, optimising both volumetric energy expenditure and embodied carbon footprints for AI data centre and digital infrastructure operators.
As the world’s first purpose-engineered distributed Compute-Energy Synergy Solution, GALAXY has completed successful full-scale commercial deployment at LEES Energy’s Poyang Zero-Carbon Industrial Park in Jiangxi Province, China. Following the implementation of the GALAXY 800 hardware architecture, the site’s distributed energy asset utilisation rate surpassed 95%.
The landmark project has comprehensively validated the platform’s performance and linear scalability under complex hybrid microgrid operating conditions, establishing a proven, replicable blueprint for cross-border commercial rollout.
At the conference’s annual awards ceremony, LEES Energy was conferred the prestigious Excellence in Renewable Energy Collaboration of the Year accolade, in recognition of its pioneering compute-energy integration technology.
By translating cutting-edge theoretical energy systems concepts into practical, replicable and long-term sustainable hardware solutions, LEES Energy continues to deliver both forward-looking strategic vision and rigorous engineering excellence amid an increasingly dynamic digitalised clean energy landscape.
Through its SOURCEFLOW® intelligent energy storage portfolio, LEES Energy addresses the most pressing operational and commercial challenges facing today’s European energy market. With the GALAXY compute-energy synergy platform, the Group is simultaneously shaping the foundational architecture of tomorrow’s intelligent integrated energy ecosystems.
Collectively, these flagship innovations underscore LEES Energy’s end-to-end capabilities spanning the full renewable energy value chain: spanning original research and development, smart automated manufacturing, renewable project investment, large-scale asset construction and long-term operational asset management services.
Moving forward, LEES Energy shall remain steadfast in its commitment to global sustainable development, continuing to collaborate hand-in-hand with international industry partners to accelerate mass-market adoption of intelligent low-carbon energy solutions. By advancing deeper, more granular coordination between renewable energy assets and digital compute infrastructure, the Group aims to contribute tangible progress towards a more resilient, interconnected and net-zero carbon global energy future.
