A safety-first partner for EPCs, utilities, and asset owners.
SolVerra Energy approaches every site with the mindset of a long-term partner, not a one-time contractor. Our work is grounded in OSHA practices, NFPA 70E principles, OEM training on major inverter platforms, and disciplined commissioning protocols developed on real utility-scale projects.
This page highlights our safety culture and core credentials. Formal documentation can be provided during pre-qualification or onboarding.
Safety training that matches real field conditions.
Our background is on live sites — not just in classrooms. SolVerra combines formal safety training with day-to-day experience around inverters, MV equipment, substations, and rooftop work.
OSHA-based safety training & practices
SolVerra team members work under OSHA-aligned safety expectations for construction and electrical work, including:
- Job Hazard Analyses (JHAs) / JSAs completed before critical tasks
- Use of PPE appropriate to the task and environment
- Fall protection on rooftops and elevated work
- Housekeeping, access/egress, and equipment staging
We integrate into your site’s existing safety program and follow your orientation requirements and daily safety meetings.
NFPA 70E electrical safety knowledge
Our work around energized equipment respects NFPA 70E principles, including:
- Approach boundaries & arc-flash awareness
- Task-based PPE selection for DC and AC work
- Preference for de-energized work whenever feasible
- Clear communication with site leadership before energized tasks
We coordinate with your safety and electrical supervisors to ensure our work aligns with your site-specific electrical safety rules.
CPR / First Aid awareness
Where required, SolVerra can provide personnel with current CPR /
First Aid training to support your site requirements.
Regardless of project size, we:
- Know emergency communication expectations
- Review site-specific muster points and response plans
- Respect your incident reporting and documentation process
LOTO procedures & safe switching coordination.
Commissioning and troubleshooting often involve equipment states changing throughout the day. We treat lockout/tagout and switching coordination as core tasks — never background details.
Lockout / Tagout (LOTO)
SolVerra’s work follows site-specific LOTO programs and utility / owner requirements. Typical practices include:
- Use of written LOTO procedures where provided
- Verification of isolation before performing work
- Clear labeling and identification of circuits and devices
- Coordination with site supervisors before removal or transfer of locks
We understand that safe control of energy is fundamental to both personnel safety and equipment protection.
Switching & energization coordination
On utility-scale and commercial sites, we do not “freelance” switching. Instead, we work within your chain of command:
- Following approved energization plans and MOPs
- Respecting utility and owner switching authorities
- Documenting inverter and feeder status during testing
- Maintaining communication with control rooms or site leads
Inverter OEM training & platform familiarity.
OEM training helps reduce guesswork during commissioning and troubleshooting. SolVerra brings direct experience with major inverter platforms used on utility and large commercial projects.
Inverter OEM training & certifications
SolVerra personnel have completed OEM-led training programs on utility-scale central and large string inverter platforms, including:
- Factory or OEM-hosted training courses on key inverter families
- Sessions focused on commissioning, parameterization, and alarm diagnostics
- Ongoing education as firmware and grid-code requirements evolve
This training supports correct settings, faster root-cause analysis, and more efficient support during commissioning and O&M.
Inverter, SCADA & DAS familiarity
Beyond classroom training, SolVerra has real field experience with:
- Inverter startup, grid-code parameters, and fault clearing
- DAS / SCADA point verification and status checks
- Weather station and sensor validation during functional testing
We align our work with your commissioning and performance-test plan rather than improvising on site.
Structured reporting & handover support
SolVerra supports your QA/QC and turnover process with:
- Commissioning checklists and punch-list items
- Clear notes on faults, root causes, and corrective actions
- Support for owner training and basic system walkthroughs
Commissioning protocols built from real project work.
Whether we are supporting an EPC, an owner’s engineer, or an operating asset owner, SolVerra follows a structured approach to commissioning and functional testing — not “flip it on and see what happens.”
Typical commissioning workflow
- Review of project documentation and one-lines before mobilization.
- Site walk to confirm equipment status, access, and safety conditions.
- Verification of polarity, terminations, labeling, and equipment readiness.
- Cold commissioning checks prior to energization (where within scope).
- Coordinated energization and hot commissioning of inverters and feeders.
- Functional tests: start/stop, alarms, protections, and communication.
- Support for performance and grid-compliance testing as required.
What this means for EPC & utility clients
Our commissioning approach is designed to:
- Respect your energization and switching procedures
- Minimize unnecessary trips, rework, and uncontrolled outages
- Produce usable records that support COD and turnover
- Provide realistic, field-informed feedback when issues arise
We integrate with your existing commissioning team or act as specialized support focused on inverters and balance-of-plant behavior.
Need a commissioning partner who takes safety seriously?
Whether you’re an EPC, utility, or asset owner, SolVerra can support hot and cold commissioning, troubleshooting, and O&M with a strong safety and documentation mindset.
This page provides a summary of SolVerra Energy’s safety and certification approach. Site-specific requirements and formal documentation will always govern actual field work.
