ScanTheSun MASTER

Operational Control Layer for Scaled Solar Organizations

Standardize how your organization designs, validates, prices, and deploys PV and hybrid energy projects across teams, regions, and portfolios

Reduce technical corrections, proposal revision cycles, and repeat client approvals by up to 90% — potentially saving 3–7 operational and engineering hours per project while enabling teams to generate thousands of technically aligned proposals per month

Built for utilities, EPCs, and multi-team solar organizations requiring:

→ operational consistency
→ engineering alignment
→ procurement visibility
→ deployment governance

From Fragmented Workflows to Operational Control

Large solar organizations rarely struggle with demand.

The real challenge is operational fragmentation:

→ inconsistent proposal quality across field teams
→ disconnected sales and engineering workflows
→ delayed approvals and redesign cycles
→ poor visibility into procurement demand
→ storage systems sized on assumptions instead of real production behavior
→ inconsistent project standards across regions and teams

Result:

→ lost energy yield
→ lower client ROI
→ unnecessary redesign costs
→ slower deployment cycles
→ reduced operational scalability

Real-Time Operational Oversight

Enable headquarters, engineering, procurement, and field teams to operate from the same project layer in near real time.

→ Monitor proposals being created in the field
→ Validate technical assumptions before project approval
→ Standardize proposal quality across all sales teams
→ Forecast hardware demand and procurement requirements earlier
→ Improve coordination between sales, engineering, and operations
→ Reduce redesign cycles and repeat client visits
→ Give technical back-office teams visibility into what is being proposed before installation begins

Designed for organizations where operational control and deployment consistency matter

One System. One Methodology. One Organizational Standard.

Up to 90% faster proposal and refinement workflows — while keeping both remote 1st drafts and final on-site validation inside the same real-world project logic - enabling 1000s of proposals a month.

→ one real-world environmental model across all projects
→ one standardized proposal methodology across teams
→ one operational data layer connecting field sales, engineering, procurement, and management

ScanTheSun replaces fragmented workflows with a unified 4D operational engineering system. 

Built on physics-grounded 4D simulation of real environmental and shading conditions.

Remote First-Draft Proposals + On-Site Validation

Enable sales teams to generate 1000s of technically aligned draft proposals per month, with most remote first drafts completed in 1–5 minutes

Reduce final on-site validation from typical 3–4 hour field modeling workflows to 1–5 minute smartphone-based refinement using real environmental conditions not visible on satellite imagery

→ remote first-draft proposal generation for faster lead qualification
→ earlier engagement with prospects before competitors respond
→ streamlined sales funnels and reduced unnecessary site visits

Unlike static satellite imagery or simplified estimators, on-site scanning captures real-world conditions that frequently impact final system performance:

→ new buildings
→ vegetation growth
→ localized shading
→ rooftop obstacles
→ installation-specific environmental conditions

This creates a more realistic and buildable project foundation from the start

Production-Aligned Storage Planning

Most battery systems are sized using simplified assumptions rather than real production behavior across seasons.

ScanTheSun helps organizations evaluate storage capacity against:

→ real seasonal PV production
→ actual self-consumption potential
→ summer overproduction scenarios
→ winter production limitations
→ long-term system utilization patterns

This helps reduce battery oversizing, improve ROI realism, and create more financially balanced hybrid system designs.

When storage sizing aligns with real production behavior, organizations improve client confidence, reduce investment hesitation, and increase long-term adoption of PV + storage ecosystems

Storage becomes part of the operational energy system — not an isolated add-on

Enterprise Operational Capabilities

Built for utilities, EPCs, and organizations managing high volumes of PV audits and proposals.

→ Projects up to 1 MW
→ Mobile field workflow + centralized web platform
→ Real-time 4D sun and shading simulation
→ Detailed production forecasting minute-by-minute and season-by-season
→ Interactive project presentations and technical validation
→ Client-ready and audit-ready technical documentation
→ One-click PDF exports
→ Drone, satellite, photo, and smartphone scan integration
→ Centralized project visibility with remote engineering oversight

Increase Energy Yield and System Performance

ScanTheSun identifies energy losses caused by real-world environmental conditions that simplified tools frequently overlook.

Typical yield improvements:

→ ~10–12% for ground-mounted systems
→ ~15–25% in residential and mixed environments
→ up to 38% for complex or heavily shaded rooftops

Powered by:

→ real-world 4D environmental simulation
→ dynamic sun and shading analysis
→ performance-aware panel placement
→ automated 4D modeling without manual CAD dependency

Organizational Standardization & Branding

Adapt the platform to your organizational structure and deployment standards.

→ Database of 800+ PV modules with real optical and performance characteristics
→ Ability to add and standardize custom panel types during deployment
→ Alignment with approved supplier lists and procurement workflows
→ Standardized reporting across teams and regions
→ Company-branded technical documentation and proposal exports
→ Consistent project methodology across field teams

Accuracy Beyond Simplified Estimation

ScanTheSun is built on physics-grounded environmental modeling rather than simplified estimation or purely statistical AI approaches

Architect-grade PV modeling accuracy using real on-site structural and shading conditions often invisible on satellite imagery — reducing redesign risk, improving installer credibility, and potentially increasing client lifetime system value by thousands of dollars per project

Many modern proposal platforms focus primarily on visual presentation and simplified estimation workflows.

ScanTheSun combines:

→ real-world environmental modeling
→ production simulation
→ shading analysis
→ performance-aware PV design
→ operational engineering logic

to support higher-confidence technical and financial decision-making.

Developed by a multidisciplinary engineering team combining physics-based modeling, energy systems engineering, and computational simulation expertise

Unified Field-to-Engineering Workflow

Create operational alignment between field teams, engineering departments, procurement, and management.

→ Synchronize field execution with centralized engineering oversight
→ Eliminate disconnected proposal workflows
→ Reduce manual redesign and correction cycles
→ Improve deployment predictability across multiple teams and regions
→ Increase visibility into future hardware and installation requirements
→ Standardize project quality at organizational scale

Built for the Next Layer of Distributed Energy Operations

ScanTheSun is evolving beyond proposal generation toward operational coordination of distributed energy systems, storage-aware infrastructure, and future energy orchestration workflows.

Our engineering roadmap connects real-world environmental modeling with localized storage behavior, consumption optimization, EV charging ecosystems, and future distributed energy orchestration layers.

Designed for organizations preparing for the next phase of decentralized energy infrastructure

What This Changes Organizationally

Faster operational throughput

→ Reduce proposal and validation time from days to minutes

Higher proposal consistency

→ Standardize outputs across teams, regions, and sales channels

Fewer engineering corrections

→ Align field sales and technical departments from the beginning

Improved procurement visibility

→ Forecast hardware and installation demand earlier

More accurate hybrid system planning

→ Design PV and storage systems using real-world production logic

Better lead qualification

→ Increase proposal volume while focusing field teams on higher-quality opportunities

Scalable operational growth

→ Expand project capacity without proportionally expanding engineering overhead

Reduced Dependence on Individual Sales Rep Qualifications

→ Create standardized proposal logic across teams regardless of individual experience level

Enterprise Deployment & Guided Rollout

Enterprise deployment includes operational onboarding and pilot support designed for real organizational rollout.

Available deployment support may include:

→ dedicated onboarding workshops
→ live team webinars and operational training
→ 1-on-1 implementation support
→ joint field visits and project validation
→ pilot deployment execution using real projects
→ workflow adaptation for your organization
→ centralized setup and deployment alignment
→ support for multi-team operational rollout

Designed for organizations implementing ScanTheSun as an operational layer — not just another software tool

Enterprise Readiness

→ Designed for multi-team deployment
→ Standardized outputs across regions and business units
→ Audit-ready technical documentation
→ Organization-wide branding and reporting consistency
→ Scalable across large solar and hybrid project portfolios
→ Continuous updates included

One optimized commercial project can offset the full deployment cost

MASTER Platform

250 Annual Project Workflows + Organizational Deployment Layer

€1,299 annual platform license

1st Deployment & Operational Rollout of 250 projects

from €699 depending on:

• number of teams
• onboarding scope
• field workshops
• deployment customization
• on-site/on-line

Request an Operational Workflow Audit

We work directly with EPCs, utilities, and solar organizations to evaluate:

→ proposal generation workflows
→ field-to-engineering alignment
→ operational bottlenecks
→ redesign and approval cycles
→ storage sizing methodology
→ procurement visibility and forecasting
→ deployment standardization across teams and regions

Enterprise collaboration may include:

→ live operational workshops
→ joint field visits
→ pilot project execution
→ workflow standardization planning
→ deployment strategy sessions

Contact:

contact@scanthesun.com