Office and local IT continuity
Keep critical office loads and local server or network equipment running during short grid failures.
Engineering in progress
H2 ELECTRY
Creating green technology
We design hybrid energy concepts that generate, store, and control power so critical loads can continue when the grid goes down—and recharge from renewables or the grid when available.
Why this matters
Problems sites actually face
Organizations need electricity that stays available, manageable, and not dependent on a single source. These are the problems we are engineering against.
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Continuity
Grid interruptions stop offices, local IT, and security systems. Backup that is planned and controlled protects operations.
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Cost and demand
Energy use at the wrong time raises bills. Storage with a controller can shift when power is drawn from the grid.
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Single-source limits
Solar alone varies with weather and daylight. Combining wind, solar, storage, and optional grid top-up improves usefulness.
Approach
Generate → store → control → use
A clear energy path—not marketing claims. Each step is part of the concept we are developing.
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Generate
Capture energy from wind and solar on the same structure.
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Store
Hold energy in a battery for later use when generation is low or the grid fails.
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Control
An energy controller protects the battery and decides charge and discharge safely.
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Use
Supply critical loads in backup mode; top up from the grid when renewables are not enough.
Flagship concept
La Torre Energética
Under development — not for sale
A tree-inspired hybrid unit: aerogenerator and solar panels feeding a battery through an energy controller. When the grid is down, stored energy supports selected loads. When generation is insufficient, the system can charge from the normal electrical supply.
This is a real engineering concept in development at H2 ELECTRY. It is not a finished commercial product and no performance ratings are published here.
Intended applications
Where this architecture can help
Possible uses of a hybrid generate-and-store system once developed—not current product offerings.
Site resilience
Combine on-site generation with storage so a facility is less dependent on a single supply path.
EV charge support
Stored energy may later support electric vehicle charging at the site when generation and battery capacity allow.
Need factual information?
Ask about our Energy division work in progress. We answer through a dedicated contact channel.
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