[WE]THINK.ENERGY
We don’t build for the status quo – we solve what propels the energy transition. Period.
I
The core problem of the electric grid?
It can’t store energy.
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Energy storage within defined onsite zones enables a self-financed energy ecosystem – and cuts operating costs for good.
II
Electric energy must be produced and consumed in real time.
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Energy surpluses are identified in real time, made tradable, and assigned to a physical storage location with optimal efficiency.
III
Energy systems are not resilient to external attacks.
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A connected cyber security alliance in energy management ensures mutual protection, validation, and resilience.
[RE]THINK.ENERGY
Energy isn’t the problem. It’s how we think about it.
ASET is rethinking energy.
We develop, finance, and operate decentralized energy storage solutions that integrate seamlessly into a company’s internal energy zones. Not somewhere in the grid – but exactly where energy is generated, needed, and often wasted.
Our systems are cyber-secure, self-learning, and radically efficient. They detect surpluses before they’re lost, unlock new paths of
utilization before costs arise, and optimize energy flows based on real operations – dynamic, data-driven, and proven: Proof of Savings, not theoretical models.
We transform existing infrastructure into adaptive micro grids. Not a vision – reality. Precise, resilient, and scalable for any enterprise.
This is ASET. And these are our four building blocks for the energy future:
Software
Hardware
Architecture
Procurement
Execution
SHAPE
SHAPE – Architecture for Energy Efficiency
SHAPE is the approach that empowers companies to build and operate an energy architecture that is economically optimized, resilient, and future-ready. We analyze the status quo, identify savings potential, and design a tailored energy ecosystem – aligned with business processes and growth goals.
From strategy to turnkey execution.
SHAPE isn’t theory – it’s delivery. Turnkey, scalable, and precisely implemented: from planning to integration to operational management. The result is an energy infrastructure that lowers costs, interacts with the market, and creates real competitive advantage.
Where standards stop, SHAPE starts.
Standards define the “what” – SHAPE delivers the “how.” Together with internal teams, we assess what’s technically and economically viable – for a robust, practical implementation with measurable impact.
Energy
Excellence
AI
Operating System
EXAIOS®
EXAIOS – The Operating System for Your Energy Future
EXAIOS is more than an energy management system – it’s the intelligent control center for decentralized energy systems. It connects storage, generation, and consumption in real time, dynamically managing energy flows. The result: maximum efficiency, reduced energy costs, and a resilient infrastructure.
Intelligent. Adaptive. Economical.
EXAIOS continuously analyzes, learns, and optimizes – automatically and tailored to each enterprise. It doesn’t just control – it anticipates.
Rethinking holistic energy control.
EXAIOS eliminates peak loads, avoids unnecessary costs, and creates a self-optimizing energy architecture. For businesses, that means: greater competitiveness, stronger supply security, and active control over their energy future.
Rethinking communication.
EXAIOS builds a smart symbiosis between generation, storage, and consumption – directly at the customer’s site. It not only lowers costs but enables precise, real-time energy control across the entire system.
Where transparency meets intelligence.
EXAIOS communicates seamlessly with balance group managers, utilities, and enterprises. It measures, documents, and provides structured data – ready for integration into both operational and regulatory systems.
Cybersecurity by Design & Energy Management Interoperability
EXAIOS is not only efficient – it’s resilient by architecture. A multi-layered security design, combined with an alliance of interoperable EMS systems, protects against manipulation, detects cyber threats and compromised assets early, and keeps energy systems stable – even under extreme conditions.
EXAIOS doesn’t just make energy smarter. It makes it secure.
Sustainable. Scalable. Future-ready.
Financial
Architecture of
Tokenized
Energy
FATE
FATE – Financing Infrastructure, Shaping the Future
FATE is more than a financing model – it’s the strategic bridge between energy infrastructure and economic performance. With flexible ownership and operating models, FATE enables access to cutting-edge storage and power conversion technologies (ESS & PCS) – precise, investment-secure, and scalable.
Rethinking energy financing.
From full ownership (ASET FATE Own) to hosting solutions (ASET FATE Host) – FATE lowers entry barriers, increases planning certainty, and makes sustainable energy infrastructure economically compelling.
A digital energy economy with foresight.
FATE embeds Web3.0 technologies directly into the ASET energy ecosystem – unlocking new opportunities for decentralized energy trading, dynamic pricing models, and tokenized capacity markets. Transparent. Automated. Efficient by design.
New
Extended
Technologies
NEXT
NEXT – Innovation Begins Where Others Stop
NEXT is the logical evolution of existing micro grids – designed to keep energy infrastructures high-performing, scalable, and circular economy-ready over the long term. It’s not just about replacing components – it’s about future-proofing entire energy systems.
Future-readiness through circularity.
NEXT replaces aging storage units with high-performance systems and channels decommissioned assets into sustainable second-life or recycling processes. EXAIOS detects, integrates, and intelligently manages these components – even in complex, heterogeneous storage environments.
ASET’s innovation engine.
NEXT is more than infrastructure – it’s where new ideas are built. Scalable solutions emerge here for:
Intelligent charging management – efficient energy flow for e-mobility infrastructure
Smart energy supply for municipalities & marinas – decentralized, resilient, energy-autonomous
Second-life technologies – sustainable storage through intelligent reuse
Virtual battery management systems – software-defined control of modular storage fleets
More to come – May 2025. Stay connected.