The components of an integrated system. Each one contributes to the whole. None of them solves the problem on its own.
The technologies listed here are components of an integrated system, designed around the specific asset.
No single technology changes the financial profile of an industrial or commercial property. The combination – wind generation, battery storage, solar, EV charging, AI energy management, efficient heating – designed together and operated as one system, is what delivers measurable change in operating costs, energy revenue and asset value.
Technical specifications are at wind.hnordic.com. This page describes what each component does and how it contributes to the whole. How we deploy the integrated system — assessment, design, and long-term operation — is described under Energy Solutions.
On-site wind generation provides the energy foundation of the system. HNordic's cylindrical wind turbines (WindWhisperer, manufactured in Sweden) are designed for commercial and industrial sites – low cut-in speed, self-limiting by design, viable on rooftops and in locations where conventional turbines cannot operate.
What it contributes: continuous generation from a resource available when solar is not – at night, in winter, in overcast conditions. Output feeds property consumption directly, charges battery storage for use during peak demand periods, and exports to the grid when consumption is low.
Battery storage (LFP chemistry, included as standard in all HNordic system designs) is not a backup power supply. It is the mechanism through which time-of-use arbitrage, peak demand elimination and grid export management are delivered.
What it contributes: removing peak demand exposure eliminates the most expensive component of a commercial electricity bill. Storing generated energy and releasing it during peak tariff periods creates arbitrage revenue. Grid export management turns excess generation into a contracted income stream.
Generation without storage cannot be timed. Storage without generation has no source. The two are designed together.
What it contributes when included: solar and wind are naturally complementary. Solar produces most during calm summer days. Wind typically strengthens during winter, at night and in overcast conditions. Combined generation covers a wider range of conditions than either technology alone.
EV charging infrastructure integrated with on-site generation and storage. The charging system draws from the battery and the generation assets first – reducing the per-kWh cost of charging to below grid import rates.
What it contributes: where high-quality tenants require EV charging as a selection criterion, the infrastructure integration means the charging offer is not an additional cost – it is a use of energy already being generated and stored on-site.
The AI energy management system monitors and optimises the entire integrated system in real time. Generation, storage, consumption, grid import and grid export are managed together – not independently. The system optimises against day-ahead electricity prices and generation forecasts, charging the battery when electricity is cheapest and discharging when it is most valuable.
What it contributes: individual components operating independently cannot respond to each other. The AI energy management system is the single point of control that makes the whole perform better than the sum of its parts.
EHP highly efficient radiators replace conventional heating infrastructure with a system designed to operate as part of the integrated energy management layer. Heating demand is managed alongside generation and storage – reducing the energy cost of heating while maintaining the operational requirements of the property.
What it contributes: for properties where heating is a significant operating cost, the EHP system connects heating demand to the AI energy management system, enabling it to time heating in response to generation output and tariff conditions.
Next step
Which components are relevant depends on the specific asset – its energy profile, grid connection, planning context and Commercial Energy Performance Certificate (EPC) position. A first conversation will identify where to start.
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