Archive · 28 Nov 2025
Sungrow Launches iSolarDesign Smart Platform
Sungrow, a company that makes solar energy equipment, showed off a new tool called iSolarDesign at a big energy event in Australia.
This tool helps people design solar power systems really fast and smartly.
It can mix different parts like solar panels, batteries, and other devices to make the best system for any situation.
It uses special computer programs to figure out the best way to set up the system and even tells you how much money you can save.
The tool works on computers and phones, so you can use it anywhere.
Sungrow has been making solar stuff for a long time and has helped set up a lot of solar power around the world.
They want this new tool to make it easier for people to use solar energy.
Sungrow unveiled iSolarDesign at All Energy Australia 2025, a platform for designing solar power systems.
The platform uses a dual-core architecture with scenario adaptability and intelligent design capabilities.
iSolarDesign supports a mix of PV systems, energy storage, and MLPE devices, using Sungrow's SIFSC algorithm for optimal design.
It generates multi-objective optimized solutions within minutes, integrating global electricity market data for scenario-specific configurations.
The platform connects every stage of the project lifecycle, from design to delivery, with features like one-click quotation and 3D visualization reports.
- Who
- Sungrow, a global leader in renewable energy technology
- What
- Unveiled iSolarDesign, a next-generation PV plant design platform
- When
- November 27, 2025, during All Energy Australia 2025
- Where
- Melbourne, Australia
- Why
- To provide a one-stop smart design experience for solar designers and installers, accelerating project planning and execution
- Company
- Sungrow
- Platform
- iSolarDesign
- Event
- All Energy Australia 2025
- Architecture
- Dual-core (Scenario + Computing Power)
- Algorithm
- SIFSC (Swarm Intelligence Algorithm)
- Database
- SSDM (Smart System Design Matrix)
- Global Installed Capacity
- 870 GW (as of June 2025)