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SunFleet System Illustration
SUNFLEET Renewable Heat Storage for Industry suncom.nl GENERATE STORE DISPATCH YOUR PROCESS SunArc Concentrated solar thermal Converts direct sunlight to high-temperature heat No grid electricity needed suncom Power to Heat Converts electricity to thermal energy at full conversion efficiency Charges at lowest-cost hours suncom solar heat electric heat high-T SunTES High-temperature thermal energy storage Stores heat for hours or days Dispatches on demand as steam, hot water, or hot air DUAL SOURCE: SOLAR + ELECTRIC suncom stored heat Heat Dispatch STRIKE PRICE LOGIC Gas price > threshold dispatch stored heat use gas boiler Cost ceiling on your heat Fixed price vs. volatile gas G Gas Boiler Existing infrastructure Runs in parallel Active when gas is below strike fallback supply Your Process Steam, hot water, or hot air delivered at your required specs Food Dairy Paper Agriculture Chemicals Continuous supply 24/7 at required T and P SunCore Intelligence Monitors gas prices, weather forecasts, energy demand Optimises charge/discharge cycles and strike price switching suncom

Design Brief

SunFleet System Concept Graphic

SunFleet System Overview

Concept graphic for design and animation reference. All elements are layered and grouped for export.

SUNFLEET Renewable Heat Storage for Industry suncom.nl GENERATION CONVERSION + STORAGE DISPATCH PROCESS SunArc Concentrated solar thermal generation Direct heat from sunlight, no grid electricity needed suncom Power to Heat Electricity to thermal conversion Uses grid or on-site renewable power at lowest-cost hours suncom thermal input thermal input high-T SunTES High-temperature thermal energy storage Stores renewable heat for hours or days, dispatches on demand as steam or hot air suncom steam / hot air Heat Dispatch STRIKE PRICE LOGIC If gas price > strike price: dispatch stored heat else: use gas boiler G Gas Boiler Existing infrastructure Runs parallel to SunFleet Backup when gas price is below strike threshold fallback supply Your Process Food, dairy, paper, agriculture, chemicals Steam or hot air delivered at required temperature + pressure SunCore Intelligence Monitors gas prices, weather, demand Optimises charge/discharge cycles Controls strike price switching logic Maximises financial and thermal output suncom 1 Fixed heat cost Reduce exposure to gas price volatility with stored heat 2 No infrastructure overhaul Adds to your existing setup 3 Dual-source generation Solar thermal + grid electricity
SunArc (solar thermal)
Power to Heat (electric)
SunTES (storage + dispatch)
SunCore Intelligence (control)
Gas Boiler (existing, parallel)
Design notes for production:

Every element is wrapped in a named group (layer-sunarc, layer-p2h, layer-suntes, etc.) for direct export to After Effects, Figma, or Illustrator. Hidden animation trigger zones are included in layer-anim-notes for motion design reference. Flow follows left-to-right: Generation > Conversion + Storage > Dispatch > Process. The gas boiler sits below the main flow as a parallel, dashed-line system to signal it is existing infrastructure. SunCore Intelligence spans the bottom as an overlay connected to all modules. The strike price logic box is placed in the dispatch zone where the switching decision takes place. Colour coding is consistent: orange for SunArc, blue for P2H, red for SunTES/dispatch, dark for SunCore, grey for gas. All text is set in DM Sans (headings) and IBM Plex Mono (technical labels) for print clarity.