Jordan is an operating Vector project, demonstrating integrated commercial energy infrastructure in practice — from generation and storage through power conversion, grid interaction, metering and ongoing monitoring.
The configuration of the Jordan infrastructure as commissioned. Fields awaiting verification are marked rather than estimated.
Capacity, equipment and device information below is aligned to the verified FusionSolar inventory and operating API data. Meter direction is deliberately not inferred from signed readings until the site sign convention is confirmed.
3 × Huawei SUN2000-100KTL-M2
Jordan Wines inverter fleet. Verified real-time API pull: 138.152 kW combined active power at that operating instant.
3 × Huawei LUNA2000-215-2S10
645 kWh installed storage. Verified API pull: 23.7% average state of charge and 52.808 kW combined battery-power magnitude at that instant.
5 monitored meters
Eskom, site load, generator, Huawei PV and GoodWe PV. Signed values are retained as raw telemetry until directional conventions are confirmed.
Huawei SmartLogger5000B
FusionSolar monitoring provides station, inverter, ESS and meter telemetry through the verified Northbound API integration.
Jordan shows how individual technologies operate as one integrated commercial energy asset rather than as separate installations.
Generation, storage, power conversion and grid interaction functioning within one architecture.
Energy flows and operating performance visible through metering and monitoring.
Infrastructure designed around actual site requirements and commercial energy considerations.
An operating asset supported through ongoing monitoring and management within Vector's scope.
The Jordan dashboard provides visibility into the site's operating energy flows and performance.
Solar output, battery charge or discharge, site load and grid interaction, shown as the direction and magnitude of energy moving through the system at the time of reading.
Energy generated today, this month and across the Jordan Wines station lifetime. The separately monitored Jordan Rectifier station is not combined into these totals.
Estimated avoided grid emissions are calculated from combined cumulative generation across the Jordan Wines and Jordan Rectifier stations using the DFFE 2023 National Generation Grid Emission Factor of 0.906 tCO₂e/MWh. The calculation combines generation for this environmental indicator only; operational station KPIs remain separate.
The Jordan infrastructure operates as a single chain: generation and storage feeding a controlled conversion layer, interfaced with the grid, metered and monitored, supplying site loads.
490 kWp site-integrated generation, aligned to the site demand profile.
645 kWh storage supporting load management within contracted scope.
Controlled conversion architecture integrating available energy sources for selected loads.
Grid and site electrical interface monitored through dedicated Eskom, load, generator and PV meters. Directional interpretation remains subject to verified meter sign conventions.
Two metered points, with monitoring underpinning operational reporting.
Operating site demand, supplied from generation, storage and grid as the system balances.
The infrastructure at Jordan exists to answer specific commercial and operational energy requirements. The requirement came first; the technology followed from it.
An operating commercial site carries a real electricity account and a real tariff structure. Understanding that exposure — its size, its shape across the day and its trajectory — set the commercial terms the infrastructure had to work within.
Jordan's load profile formed part of the technical design process. The operating snapshot published above illustrates one measured point in time and should not be treated as representative of every operating condition.
Grid exposure and resilience requirements form part of the site's operating context. Battery storage and power conversion can support these requirements within the capability of the installed system and its operating configuration.
Metering and monitoring were part of the requirement, not an addition to it. An asset that cannot be measured cannot be managed, reported on, or held to a commercial structure.
Requirement themes above describe the basis on which the Jordan infrastructure was designed. Site-specific figures relating to consumption, tariff and infrastructure remain confidential to the client and are not published.
The Jordan project reflects Vector's integrated project approach across assessment, engineering, commercial structuring, implementation coordination, metering and ongoing operating visibility. Exact responsibilities are project-specific.
Load profile, electricity account, tariff and infrastructure review.
System architecture and technology selection.
Commercial and funding structure where applicable.
Procurement, implementation coordination and commissioning.
Metering, monitoring, reporting and asset-management responsibilities within contracted scope.
Responsibilities shown reflect Vector's scope on the Jordan project. Scope on any project is determined by its approved project documentation.
Cumulative evidence from the Jordan installation. Each figure carries the period it was measured over. Fields awaiting supplied data are held open rather than filled.
FusionSolar station total at the verified API pull on 31 Aug 2026.
FusionSolar station month total at the verified API pull on 31 Aug 2026.
Commissioned and operating as one system since February 2026.
Separately monitored FusionSolar station total at the verified API pull on 31 Aug 2026; not combined with Jordan Wines totals above.
Eskom, Load, Generator, Huawei PV and GoodWe PV meters are visible in the Jordan Wines FusionSolar device inventory. Meter sign conventions remain publication-neutral until verified.
3 × Huawei LUNA2000-215-2S10 units. Verified API pull showed average state of charge of 23.7% at that operating instant.
Figures published here are drawn from project metering and the monitoring portal, and are stated with the period they cover. Vector does not publish savings percentages, return-on-investment figures, payback periods or guaranteed performance outcomes for this project.
Real project photography from the Jordan operating environment.
Project footage from the operating environment at Jordan Wine Estate.
Jordan is one operating example of Vector's integrated commercial energy approach. Its architecture, economics and performance are specific to that site and are not transferable to another.
Each commercial site is individually assessed and engineered. Jordan's system architecture, commercial structure and performance cannot be assumed to apply to another site.
Jordan is a working commercial environment as well as a Vector operating project. Prospective commercial clients may request an opportunity to visit the site, experience the Jordan venue, and see how the energy infrastructure supporting it operates — alongside the operating data shown above.
See a working commercial energy asset in its operating environment. Prospective commercial clients and appropriate business visitors may request a hosted visit with the Vector team to view the site and understand the infrastructure and available operating data in context.
Vector site visits are by prior arrangement and subject to availability, operating requirements and approval.
A contemporary farm-style dining experience at Jordan Wine Estate in the Stellenbosch Winelands.
Booking is essential. Reservations are made directly with Jordan and are separate from Vector site visits.
Relaxed all-day dining and wine-tasting experiences at Jordan Wine Estate.
Advance booking is recommended. Bookings and operating hours are managed directly by Jordan.Site visits are available by prior arrangement and are subject to availability, site operating requirements and approval. Access to technical or restricted areas may be limited for safety, operational or confidentiality reasons.
This is an enquiry, not a confirmed booking. A member of the Vector team will contact you regarding availability and arrangements.
