BPMS™ is extensible by design. NYEA™ modules add professional-grade tooling for organizations that need more than basic reporting.
Generate professional, program-ready proposals with structured scopes, pricing, branding, and compliance alignment.
Create clear, auditable scopes of work that align auditors, contractors, and program requirements.
Generate professional, branded invoices linked directly to proposals and worksscopes for seamless billing.
Feature lists are easy to publish, but field teams need tools that reduce rework. BPMS features are organized around day-to-day execution, not marketing categories. Auditors can capture consistent project data, operations teams can standardize report outputs, and sales teams can move quickly into professional scopes and proposals without rebuilding the same information in multiple systems.
NYEA Proposal Builder, Workscope Builder, and Invoice Builder are designed to keep continuity from technical findings to customer-facing documents. This continuity matters when projects move between assessors, project managers, office coordinators, and subcontractors. Everyone works from shared project context instead of fragmented notes and disconnected files.
For program-driven organizations, the most valuable software features are the ones that improve reliability at scale. Template consistency, structured inputs, and role-based workflows help teams deliver predictable outputs while still supporting local project nuance. BPMS is built to support that balance.
To evaluate feature fit in context, compare module value against your expected adoption path in plan and add-on pricing, then review implementation steps and audience-specific workflows.
A professional energy audit can generate blower-door measurements, thermal images, HVAC information, building geometry, energy-use history, photographs, envelope observations, and more. Learn how a connected building-performance workflow can transform those individual data points into organized analysis, practical recommendations, WorkScopes, and professional project documentation.
Read postAir-source heat pumps can provide highly efficient heating and cooling, but successful electrification depends on more than selecting efficient equipment. Learn how energy audits, Manual J load calculations, insulation, air sealing, duct performance, electrical capacity, cold-climate design, and building-performance data can help professionals develop better heat-pump projects.
Read postLearn how to perform a residential combustion analysis on furnaces and boilers, understand O₂, CO₂, carbon monoxide, stack temperature, draft, and combustion efficiency, identify conditions that may increase energy consumption, and incorporate combustion testing into a comprehensive home energy audit using BPMS™.
Read post