SunCore
The intelligence behind every ray. SunCore connects SunArc, SunTES and Power-2-Heat into one control layer that optimizes heat production, storage and dispatch for reliable, cost-competitive decarbonisation.
From sunlight to smart heat
Industrial decarbonisation is not only about generating renewable energy. It is about controlling it with precision. SunCore balances production, storage and demand, so heat arrives where it matters, when it matters.
- Maximizes heat output per square meter through continuous control.
- Reduces Levelized Cost of Heat by optimizing dispatch and conversion moments.
- Improves reliability for 24/7 operations with monitoring and predictive service.
- Turns performance into proof with reporting for operations, finance and sustainability teams.
Control decisions are driven by live sensor data, system limits, forecast inputs and operational constraints.
The heart of the SunFleet ecosystem
SunCore is designed as the control layer for Suncom’s integrated industrial heat solution. It connects generation, storage and conversion into one unified operating model.
Continuous control
Track and control temperatures, flows, setpoints and operating modes across the SunFleet system.
Flexible dispatch
Charge and discharge SunTES based on production schedules and required heat profiles.
Smart conversion
Use Power-2-Heat intelligently when PV is available or when grid conditions create advantage.
SunCore modules
Start simple, scale as needed. SunCore is structured in modules that map to how industrial teams work: operations, energy management, maintenance and reporting.
SunCore Control
Real-time command and monitoring of SunFleet assets, alarms and operating states.
SunCore Insight
KPI dashboards for yield, efficiency, uptime, cost and performance drivers.
SunCore EMS
Energy management logic linking PV, grid and Power-2-Heat to optimize heat production.
SunCore Service
Predictive maintenance, diagnostics and remote support workflows for maximum uptime.
SunCore Impact
CO₂ reporting and audit-ready performance evidence for internal and external stakeholders.
SunCore API
Integrate with SCADA, PLC, DCS, data lakes and reporting stacks through secure interfaces.
Outcomes you can measure
SunCore converts operational complexity into reliable outcomes. It makes system performance visible, controllable and reportable.
- Higher useful heat yield through continuous optimization.
- Lower heat cost through smarter dispatch and conversion moments.
- Higher uptime with predictive alerts and remote service tooling.
- Clear reporting for CO₂ savings, operational KPIs and performance evidence.
CO₂ reduction
Live counter based on delivered renewable heat.
System uptime
Alerts, events and root-cause signals in one place.
Heat yield
Yield per period, per mode and per component chain.
Built for industrial integration
SunCore is engineered for industrial environments. It supports secure remote operations, clear role-based visibility, and integration with existing plant systems.
- Works alongside existing control environments and plant procedures.
- Remote monitoring and service tooling for proactive support.
- Scales from one site to multi-site fleets with consistent reporting.
Replace placeholders with your actual integration approach and security posture.
FAQ
Is SunCore an add-on or part of SunFleet?
SunCore is the control and intelligence layer designed to orchestrate SunFleet components as one system. It supports reliable operations, performance visibility and continuous optimization.
Can SunCore integrate with our existing plant systems?
Yes. SunCore is designed for industrial environments and can interface with typical control stacks and reporting environments. The integration scope depends on your site architecture and operational requirements.
What do operators see day to day?
Operators get a clear view of heat production, storage status, alarms, setpoints and performance. Teams can track uptime, yield and CO₂ metrics without switching between multiple systems.
Request a SunCore demo
See how SunCore controls SunFleet performance, improves reliability, and turns renewable heat into measurable operational and financial outcomes.
