Accelerate Clean Energy from Engineering to Deployment
RE+ 2026, see how connected engineering data, standardized infrastructure, and repeatable production can shorten the path from first design to deployment.
Standardize. Build. Scale.
RE+ 2026 | November 16-19, 2026
Las Vegas Convention Center | Las Vegas, NV
Booth C8372
Scale Clean-Energy Projects Without Starting Over
Solar, BESS, charging, hydrogen, and grid projects often repeat across sites and configurations. At Booth C8372, learn how you can reduce engineering effort, improve data continuity, and accelerate project execution.
1
Standardize - Start from Proven Energy Designs
Stop treating every new project like a blank page.
- Standardize electrical designs and component data across solar, BESS, charging, grid, and other energy applications
- Use Eplan Platform 2027, including Eplan Copilot, to simplify project work and make engineering knowledge easier to access
What You Gain: Faster project kickoff, fewer manual errors, and more consistent engineering data your teams can reuse across projects.
REAL CUSTOMER RESULT
Indicon simplified a fragmented, multi-vendor power distribution workflow with one modular platform, reducing engineering complexity, streamlining procurement and assembly, and creating a more consistent foundation for global projects.
2
Build - Turn Engineering into Faster Physical Execution
Once the design is set, the build should not become a new engineering exercise.
- Simplify power distribution and assembly with modular systems such as RiLineX, with up to 30% engineering-time savings and up to 75% assembly-time savings
- Carry consistent engineering data into production to reduce rework, improve accuracy, and make builds more repeatable
What You Gain: Shorter build cycles, less manual work, and a cleaner data handoff from engineering into production.
REAL CUSTOMER RESULT
Bentek increased throughput by more than 40% while reducing labor in the production of solar combiner-box enclosures with automation.
3
Scale - Repeat What Works Across Projects and Sites
Renewable infrastructure must adapt across sites, power levels, environments, and future expansions. A repeatable engineering and infrastructure strategy can help.
- Scale standardized power, enclosure, cooling, and engineering concepts across solar, BESS, EV charging, hydrogen, and grid applications
- Use configurable infrastructure and global support to make future expansions easier to engineer, source, deploy, and service
What You Gain: A repeatable platform that can shorten future deployments, improve project consistency, and support growth without starting over.
REAL CUSTOMER RESULT
Aspin Kemp & Associates used installation-ready enclosure systems to support hybrid power and energy-storage applications, reducing emissions and maintenance, and creating a flexible platform for future microgrid projects.
What You'll Experience at Booth C8372
Connect your engineering data, standardize your infrastructure, and combine them for a seamless, scalable energy project process.
STANDARDIZE
Eplan preplanning, electrical engineering, 3D panel design, energy templates, connected engineering data, and Eplan Copilot.
BUILD
Power distribution, outdoor enclosures, climate control, and production approaches for solar, BESS, charging, and grid applications.
SCALE
Repeatable engineering and infrastructure strategies that help increase project throughput across sites and future expansions.
Bring Us Your Challenge
- Repeating similar solar, BESS, charging, or grid designs but still engineering each one from scratch?
- Need scalable power distribution, outdoor infrastructure, or cooling for demanding energy applications?
- Expanding across projects or sites and need a standard your teams can reuse?
Bring your schematic, BESS concept, panel layout, power requirement, cooling challenge, sourcing bottleneck, or deployment plan. Our Rittal + Eplan experts will help you identify a practical path to reduce complexity, improve continuity, and scale with confidence.
Visit Rittal + Eplan at Booth C8372 and leave with practical ideas and a clearer path from engineering to clean-energy deployment.