TRANSFORM SOLUTION DIRECTION INTO A COMPLETE PROJECT PROPOSAL
Phase S3 | Proposal Stage
Renon transforms initial concepts into structured solutions ready for technical and business evaluation.
TRANSFORM SOLUTION DIRECTION INTO  A COMPLETE PROJECT PROPOSAL

Transforming Concept into an Actionable Proposal
During the Solution Proposal stage, Renon works with customers to refine system architecture, equipment configuration, operating strategies, and implementation considerations. We ensure that the proposed system is technically sound and aligned with operational requirements and long-term value expectations.

S3 Data Set/Exploration
Turning Strategy into a Complete Solution
Aligning architecture, value creation, implementation planning, and optimization into one integrated approach.
System Architecture
Exact sizing, battery chemistry selection, PCS ratings, and control integration details.
Value Strategy
Custom dispatch logic for peak demand, solar self-consumption, backup, and grid support.
Implementation Planning
Site layout rules, safety considerations, electrical headroom, and commissioning steps.
Solution Optimization
Collaborative refinement to balance technical capabilities, capital cost, and performance goals.
Developing a Complete Solution
From Technical Design to Deployment Readiness
From Technical Design to Deployment Readiness
Renon integrates system design, application strategy, and implementation requirements to develop a complete energy storage solution that balances performance, economic value, site conditions, and long-term operation. ChatGPT can make mistakes. Check important info.
System Design
System Design
Defining overall technical specs and hardware architecture:Reducing electricity & demand costs Improving power reliability & backup security Increasing renewable energy utilization Supporting EV charging infrastructure Enhancing operational energy flexibility Improving overall operational efficiency
Application Strategy
Application Strategy
Designing dispatch logic to unlock economic value: Peak demand shaving & demand charge reduction Time-of-use (TOU) energy cost optimization Maximizing local renewable self-consumption Critical load backup operation & UPS switching High-power EV charging support buffering Grid interaction & ancillary service dispatch
Deployment
Deployment
Evaluating conditions necessary for deployment: Ambient thermal & outdoor enclosure ratings Existing electrical switchgear & transformer headroom Site footprint, access clearance & civil layout Fire safety standards (NFPA 855 / UL 9540A) Testing, factory acceptance & commissioning Long-term operation & maintenance (O&M) plans
Next Step: Feasibility Confirmation
With a complete solution proposal established, our team moves to evaluate overall project feasibility, including technical grid conditions, financial ROI validation, and commercial execution readiness.
What You Will Receive
Complete Solution Proposal

A structured overview of the recommended BESS system, detailing equipment, control strategies, and deployment scope.

Clear Technical Direction

Comprehensive clarity regarding system configuration, equipment selection, operational logic, and site readiness.

Foundation for Project Evaluation

A solid engineering document serving as the foundation for financial feasibility modeling, commercial review, and project approval.

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