Solar thermal intelligence/ 01
Cool smarter.
Draw less.
SolarStar Energy adds a high-temperature thermal layer to VRF and air-based chillers — turning the sun into a measurable reduction in compressor work.
Designed around the plant you already operate
Est. compressor load
42%
38°C ambient
45%
Peak load relief
58°C
Thermal lift
800 TR
Scalable capacity
24/7
Plant-ready controls
The thermal catalog/ 02
One thermal layer. Three ways to deploy it.
View all systems
STP-VRF 200
Trim compressor load before it reaches the roof.
STP-CHILL 500
Give air-cooled chillers a cooler starting point.
SolarBoost Pro
A flexible thermal layer for complex mixed-load sites.
How the system works/ 03
Engineering the gap between sun and load.
SolarStar does not ask your plant to become something new. We add a measured thermal path to the equipment already carrying the load.
Control principle
Solar energy enters upstream, compressor work drops downstream.
- 01
Map the load
We read your capacity, operating hours, roof, and control strategy.
- 02
Model the thermal path
Our engineers size the collector field around real chiller behavior.
- 03
Integrate in phases
Start with the highest-value loop, then expand without reworking the plant.
- 04
Measure the delta
Live instrumentation shows what your solar thermal layer is contributing.
Built for real cooling/ 04
The same sun. A different thermal strategy for every plant.
VRF buildings
Pre-condition the loop and soften compressor peaks across distributed tenant zones.
45% peak-load relief
Air-based chillers
Put stable thermal energy upstream of the condenser for more predictable hot-weather output.
32% annual offset
Hybrid plants
Connect mixed cooling assets to one solar thermal layer that expands with the site.
800 TR scalable
Field signal/ 05
When the sun is working, your compressors do not have to.
A 240-ton mixed-use installation used a phased thermal assist strategy to flatten its hottest afternoon demand window — without replacing a single primary chiller.
240 TR site · 1,420 MWh offset
Peak demand
−38%
during the 14:00–17:00 window
CO₂ avoided
612 t
modeled over 10 years
Project assessment/ 06
Let’s find your thermal opportunity.
Share the shape of your cooling plant. We will come back with the first view of where a solar thermal layer can do the most work.
- Input
- Your plant data
- Output
- Thermal opportunity map
- Response
- Within one working week
Field notes/ 07
Good questions lead to better systems.
No. SolarStar is designed as a thermal assist layer around existing VRF and air-based chiller infrastructure, helping the plant work less at peak conditions.