FOR CONTRACTORS
Add experienced technical capacity without expanding permanent overhead. WATTS UP JM supports contractors and project teams with requirements definition, proposal review, design coordination, installation readiness, quality control, commissioning, corrective action, and technical closeout. The objective is simple: identify problems while they are still inexpensive to correct, improve first-pass execution, and prevent recurring issues from consuming field time, margin, and customer confidence.
Requirements First
Compatibility by Design
Constructability and Quality Control
Commissioning Discipline
Continuous Improvement
Where projects lose time, margin, and customer confidence.
Most preventable solar and battery failures begin before installation. Incomplete requirements, unsupported assumptions, unclear responsibilities, equipment conflicts, missing materials, weak commissioning records, and uncontrolled substitutions become expensive once crews and customers are involved. WATTS UP JM applies practical quality gates across the complete project lifecycle.
01
Customer Requirements and Scope Control
PAIN POINT
Utility data, critical loads, backup expectations, site constraints, customer objectives, exclusions, or project responsibilities are incomplete or undocumented.
WATTS UP RESPONSE — Establish a controlled project basis covering electricity use, load priorities, required backup duration, operating objectives, site conditions, assumptions, exclusions, budget, schedule, and decision ownership.
02
Proposal and System-Basis Review
PAIN POINT
Production estimates, battery runtime, equipment selections, savings expectations, and commercial scope are accepted before the technical basis has been verified.
WATTS UP RESPONSE — Review system sizing, energy assumptions, production estimates, backup performance, equipment selections, scope completeness, customer expectations, exclusions, and project risks before commitments become field problems.
03
Design and Equipment Coordination
PAIN POINT
Drawings, electrical architecture, equipment ratings, protection requirements, communication protocols, and manufacturer limitations do not align as one coordinated system.
WATTS UP RESPONSE — Review system layouts, one-line logic, PV stringing, inverter and battery compatibility, conductor and protection assumptions, generator integration, equipment locations, environmental suitability, constructability, and long-term serviceability.
04
BOM and Procurement Readiness
PAIN POINT
Missing accessories, incorrect quantities, unavailable equipment, long-lead items, and uncontrolled substitutions delay mobilization and force crews to improvise in the field.
WATTS UP RESPONSE — Verify the bill of materials against the released design, confirm required accessories and quantities, identify procurement risks, and review substitutions as controlled technical changes before installation.
05
Crew Readiness and Field Quality Control
PAIN POINT
Crews arrive without complete materials, current drawings, documented site conditions, clear installation details, special tools, or defined acceptance criteria.
WATTS UP RESPONSE
Develop installation-ready job information, review field conditions, support technical questions, establish practical quality checkpoints, document deficiencies, and resolve constructability concerns before they become rework or callbacks.
06
Commissioning and Performance Verification
PAIN POINT
Equipment settings, firmware, battery communication, transfer behavior, monitoring, electrical readings, protection functions, and operational tests are incomplete or undocumented.
WATTS UP RESPONSE
Support structured commissioning that verifies the system is installed, configured, communicating, and operating according to the approved technical basis.
07
Closeout, Warranty, and Continuous Improvement
PAIN POINT
Punch-list items remain open, customer handoffs are incomplete, warranty evidence is weak, and recurring faults are corrected repeatedly without preventing recurrence.
WATTS UP RESPONSE
Organize closeout records, operating guidance, customer training, warranty evidence, corrective actions, root-cause findings, and lessons learned that can improve future designs, SOPs, training, and quality gates.
Clear technical outputs—not general advice.
Each engagement is defined around the project stage, available information, technical concern, required decisions, and agreed deliverables.
Technical findings and risk registers
Marked-up drawings and design-review comments
Equipment and calculation-review notes
BOM discrepancies and substitution reviews
Installation-readiness and QA/QC records
Commissioning and deficiency records
Corrective-action and root-cause summaries
Technical closeout and lessons learned
Deliverables are selected according to the agreed scope. Not every engagement includes every item.
A clear technical process.
01
Define the Scope
Confirm the project stage, technical concern, available information, required decisions, deliverables, responsibilities, and completion schedule.
02
Review the Evidence
Evaluate drawings, calculations, utility information, proposals, equipment data, photographs, specifications, monitoring records, field measurements, and prior project decisions.
03
Issue Clear Findings
Document risks, discrepancies, quality holds, required corrections, decision points, and recommended actions in an organized technical record.
04
Support Resolution and Closeout
Assist with clarification, corrective-action review, installation support, commissioning, deficiency closure, final documentation, and lessons learned as defined by the engagement.
Technical capacity aligned with the workload.
Defined Project Support
Focused technical support for a proposal, design package, BOM review, field concern, commissioning event, corrective action, or closeout requirement.
Typical applications:
Proposal and design review · BOM and installation readiness · Field QA/QC · Troubleshooting and commissioning · Technical closeout
Discuss a Defined Project
Recurring Technical Support
Ongoing design review, quality control, troubleshooting, commissioning, documentation, and process-engineering capacity for contractors managing multiple projects or changing workloads.
Typical applications:
Recurring design QA · Project-release quality gates · Technical-support triage · Corrective-action tracking · SOP, training, and lessons-learned integration
Discuss Recurring Support
Independent and confidential support.
WATTS UP JM provides independent technical capacity separate from manufacturer sales support and existing internal workloads. Project information can be managed under appropriate confidentiality, access-control, and document-control requirements. Technical support does not replace required licensed engineering, electrical contracting, permitting, inspection, utility approval, manufacturer authorization, or authority review. Where regulated professional services are required, responsibilities must be coordinated with appropriately qualified parties.
Supporting contractors in Jamaica and the United States.
Project support is available in Jamaica and North Carolina, with independent remote technical collaboration available across the United States. Support scope, required site presence, travel, confidentiality, turnaround time, and deliverables are established before work begins.
Reduce rework before it reaches the field.
Share the project stage, available documents, technical concern, required deliverables, and completion schedule. WATTS UP JM will review the information and define the appropriate technical-support scope.