Slovenian energy technology company SunContract said on Oct. 7 that a metalworking company using its automated electricity-sharing platform cut power costs by €1,797 over three months. The same company reported that the customer typically spends around €5,000–€6,000 per month on electricity. In its strongest month under the system, savings reached €853, according to SunContract.
The figures are company-reported rather than independently audited. They are presented as evidence that electricity sharing is moving from regulatory theory toward a commercial industrial application. SunContract also described the approach as different from conventional solar development.
The customer does not necessarily need to install its own photovoltaic system, change electricity supplier, or materially alter production schedules. Instead, software matches the customer’s electricity demand with renewable generation available elsewhere within the permitted sharing framework. SunContract said the economic value comes from better allocation of existing electricity.
Asset-light platform model and matching of generation to demand
SunContract said the platform model can be potentially asset-light for operators. It contrasts with a traditional renewable developer that earns primarily by owning or operating generation. In the electricity-sharing setup, SunContract described revenue sources including software, transaction management, customer acquisition, allocation, settlement and optimisation.
The platform acts as an intermediary connecting producers with consumers whose load profiles complement available generation. For industrial customers, SunContract said the attraction can be straightforward when rooftop solar is constrained. It cited cases where installing rooftop generation is not always possible due to unsuitable roofs, lease arrangements affecting ownership, capital allocation constraints, and limited rooftop space relative to factory demand.
SunContract said electricity sharing can provide some of the economics associated with renewable self-consumption without requiring the generating asset to be physically located behind the customer’s meter. The company linked this distinction to increasing system decentralisation. It also noted that distributed solar production can be geographically fragmented while industrial demand is concentrated at factories and commercial facilities.
Settlement intervals and infrastructure for allocation
SunContract said digital allocation allows those geographically separated sides to interact without requiring every consumer to own generation. It described commercial value as shifting toward the company able to match them efficiently. The company also stated that granular settlement is essential for allocating production and consumption over sufficiently short time intervals.
The allocation timing is intended to reflect when energy was actually available and used. SunContract identified smart meters, automated data processing and settlement algorithms as core infrastructure. It described the service as sitting at the intersection of electricity supply, software and financial settlement.
Industrial energy-management use cases and supplier integration
For industrial users, SunContract said a platform can be part of a broader energy-management strategy. It described an initial use case where a factory uses electricity sharing to reduce average procurement cost. Later, it said the same software layer could combine shared generation with dynamic tariffs, onsite generation, flexible consumption or storage.
SunContract said this can enable more sophisticated optimisation by adjusting electricity-intensive processes when shared renewable generation is abundant and reducing consumption when market electricity prices are higher. It also described a potential evolution from energy sharing into demand flexibility.
For suppliers, SunContract said the model creates both competitive pressure and an opportunity. It stated that if customers obtain part of their electricity economically through sharing arrangements without changing supplier, traditional retailers may lose some control over their value proposition. At the same time, it said suppliers could integrate sharing into their own offerings.
SunContract described supplier products as packages combining conventional electricity supply with access to shared renewable production, alongside balancing, metering and optimisation services. It characterised this as turning retailing into a multi-layer service.
Austrian expansion and scaling requirements
SunContract said it is preparing expansion into Austria. The company cited regulatory changes effective from October that are widening opportunities for electricity sharing in that market. It added that replicating the technology across multiple markets increases its value.
SunContract said software for matching generation with consumption, allocating electricity and managing settlement is largely scalable across countries. It noted that regulation and market rules remain country-specific but that the underlying platform does not need to be rebuilt from zero each time. The company also described a potential category of regional energy companies owning relatively little generation while controlling digital infrastructure connecting producers and consumers.
The next challenge identified by SunContract is proving economics at scale for industrial customers. It said customers will want evidence that savings remain attractive after platform charges and after balancing costs, taxes and network charges are included. SunContract also stated that value varies by customer load profile and by when renewable generation is available.
It said a factory consuming heavily during solar hours may benefit more than a business operating primarily at night. SunContract also stated that energy sharing does not have to remain limited to community-energy concepts focused on households and municipalities. It described it as an industrial procurement product where competitive advantage may increasingly involve determining which consumer receives each available kilowatt-hour and when.