Our Projects
Across the Netherlands and Spain, our customers are already running on renewable heat. SunFleet replaces fossil fuels with reliable, cost-competitive heat, cutting costs and emissions, without compromising production continuity.
Impact
Heat requirements customer:
23 bar saturated steam
Generated heat/energy savings:
21,888 thermal / year
Our Solutions
SunFleet with 1,480 SunArcs, 3 integrated SunTES thermal storage, 16 MW thermal boiler, full Balance of Plant, and SunCore intelligence connected to the existing steam and hot air network.
Impact
Heat requirements customer:
7 bar saturated steam
Our Solutions
SunFleet with 2.0 MW P2H, 1 integrated SunTES of 8MWh thermal storage, 2.0 MW thermal boiler, full Balance of Plant, and SunCore intelligence connected to the existing steam and hot air network.
Impact
Heat requirements customer:
7 bar saturated steam
Our Solutions
SunFleet with 570 kW P2H, 2 integrated SunTES thermal storage, 600 kW thermal boiler, full Balance of Plant, and SunCore intelligence connected to the existing steam network.
Impact
Heat requirements customer:
160°C edible frying oil
Generated heat/energy savings:
960 MWh thermal year
CO2 savings:
340 tCO₂/year
Our Solutions
SunFleet with 80 SunArcs, 1 integrated SunTES thermal storage, 4 x 300kW thermal oil heat exchanger, full Balance of Plant, and SunCore intelligence connected to the existing heating network.
Impact
Heat requirements customer:
70°C hot water
Generated heat/energy savings:
460 MWh thermal
CO2 savings:
50 tCO₂/year
Our Solutions
SunFleet with 50 SunArcs, 1 integrated SunTES thermal storage, 400 kW fluid-fluid heat exchanger, full Balance of Plant, and SunCore intelligence connected to the existing hot water network.
Impact
Heat requirements customer:
12 bar saturated steam and 210°C hot air
Generated heat/energy savings:
18,392 MWh thermal / year
CO2 savings:
2,482 tCO₂/year
Our Solutions
SunFleet with 480 SunArcs, 5 MW P2H, 2 integrated SunTES thermal storage, 4 MW thermal boiler and 1.7 MW hot air heat exchanger, full Balance of Plant, and SunCore intelligence connected to the existing steam and hot air network.
Impact
Heat requirements customer:
7 bar saturated steam
Generated heat/energy savings:
1,300 MWh thermal
CO2 savings:
338 tCO₂/year
Our Solutions
SunFleet with 16 SunArcs, 630 kW P2H, 1 integrated SunTES thermal storage, 750 kW thermal boiler, full Balance of Plant, and SunCore intelligence connected to the existing steam network.
Impact
Heat requirements customer:
7 bar saturated steam
Generated heat/energy savings:
400 MWh thermal.
CO2 savings:
53 tCO₂/year.
Our Solutions
SunFleet H300 with 40x SunArcs H300, integrated SunTES H300 thermal storage, a 500 kW SunBoiler, full BoP, and SunCore Intelligence connected to the existing steam network.
Built for heat-intensive industries
SunFleet is designed for industrial processes that rely on continuous heat, from process water to high-temperature steam, hot air and thermal oil applications. The system is tailored to your temperature level, heat profile and existing infrastructure.
Our Method
From first assessment to renewable heat
Step
#1
Development
We assess your process, define technical fit, and align on the right business model, Turnkey or HaaS, as well as contracting and planning.
Step
#2
Engineering, Procurement and Construction (EPC)
Engineering, permitting, subsidy applications, procurement, construction and commissioning of your SunFleet.
Step
#3
Operational
SunFleet is commissioned and delivering renewable heat, with SunCore monitoring and optimizing system performance, and Suncom managing service and support.
Choose how you want to secure your renewable heat
Suncom offers two commercial models for renewable industrial heat.
With a turnkey purchase, your company invests in and owns the SunFleet system, capturing the full long-term value of the asset.
With Heat as a Service, Suncom develops, finances, owns, operates and maintains the system, while your company buys useful heat under a long-term agreement.
Heat as a Service is designed for companies that want to decarbonise without upfront CAPEX. It provides long-term heat price visibility, reduces exposure to volatile gas and CO₂ prices, and allows renewable electricity sourcing, HPA structures, hedging strategies and subsidies to be incorporated where available. The result is a stable, low-carbon heat supply that can be integrated alongside your existing infrastructure without shifting operational responsibility to your team.
