Template

LOTO Lightwave Solar Checklist

by Tyler Walters, from the Community

Use this lockout tagout checklist for Lightwave Solar sites to control hazardous energy across MV equipment, inverters, and auxiliary systems. Capture client and site details, equipment IDs, photos of locks, number of feeders and locks, key storage, personnel involved, and LOTO events including lifts, reinstatement, transfers, and full removal with timestamps. Standardize documentation to support safe isolation, compliance, and clear handovers during solar PV operations and maintenance.

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Confirm accountability and compliance with a digital log

With SafetyCulture you can

Digitize any process, procedure or policy

Eliminate mistakes made by paper-based processes

Create and share professional reports instantly

Confirm accountability and compliance with a digital log

About author

Community

This community page makes available free workplace checklists and templates created by other users within the SafetyCulture community. SafetyCulture has re-published this content and where possible, has credited the original author. SafetyCulture has not verified the accuracy, reliability or suitability of any community content. You agree that your use of any of this content is in accordance with SafetyCulture’s Terms and Conditions.

Template
Solar Lockout Tagout (LOTO) Checklist
Use this lockout tagout (LOTO) checklist to manage safe isolation on Lightwave Solar equipment. It covers MV 34,500 V to 900 V transformation, 1500 VDC inverters, and 480 V auxiliary circuits. Fields include client/site, equipment and inverter IDs, photographs of locks on MV and LBD boxes, number of feeders and locks, key control in lockboxes, and personnel sign-offs. Track LOTO lift and reinstatement times and responsible personnel. Guide technicians through shutdown, isolation, lock and tag application, verification of zero energy, and safe restart procedures to standardize electrical safety at solar sites.
by Tyler Walters, from the Community
Downloads: 10+
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Template
Lockout Tagout LOTO Checklist
This Lockout Tagout checklist supports safe isolation of medium voltage and inverter systems. Record client and site details, case and equipment numbers, and who conducted the task. Document awareness and LOTO steps, including photos of locks on MV and LBD boxes, the number of feeders and locks used, and confirmation that keys are stored in a lockbox. Track personnel involved, note when LOTO is lifted and reinstated, and log times for each action. Covers typical voltages such as 34500 V MV, 1500 V DC inverters, and 480 V auxiliary systems to standardize electrical safety procedures.
by Tyler Walters, from the Community
Downloads: 0
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Template
Solar PV Service Report Template
This Solar PV service report template helps technicians record system inspections, performance observations, inverter status, panel condition, faults, and maintenance actions during solar photovoltaic servicing. Use it to standardize reporting across sites, capture dates, locations, and preparer details, and produce consistent documentation for compliance and handover.
by Catherine Taylor, from the Community
Downloads: 10+
Get
Template
Hazardous Energy Control Lockout and Tagout Checklist
This Lockout Tagout checklist supports hazardous energy control for machinery and equipment. It guides teams to confirm documented LOTO procedures, training plans, availability and correct use of locks and tags, and annual program inspections. It covers equipment specific procedures during servicing and maintenance, worker notifications before and after LOTO, supervisor and operator knowledge of energy types and hazards, proper attachment of isolating devices in safe positions, replacement of service locks when maintenance begins, shift change continuity, recurring training documentation, and periodic self inspections. Use it to prevent unexpected start up and protect workers.
by Trevor McMartin, from the Community
Downloads: 60+
Get

Solar Lockout Tagout (LOTO) Checklist

Use this lockout tagout (LOTO) checklist to manage safe isolation on Lightwave Solar equipment. It covers MV 34,500 V to 900 V transformation, 1500 VDC inverters, and 480 V auxiliary circuits. Fields include client/site, equipment and inverter IDs, photographs of locks on MV and LBD boxes, number of feeders and locks, key control in lockboxes, and personnel sign-offs. Track LOTO lift and reinstatement times and responsible personnel. Guide technicians through shutdown, isolation, lock and tag application, verification of zero energy, and safe restart procedures to standardize electrical safety at solar sites.

by Tyler Walters, from the Community

10+

Get

Template

Lockout Tagout LOTO Checklist

This Lockout Tagout checklist supports safe isolation of medium voltage and inverter systems. Record client and site details, case and equipment numbers, and who conducted the task. Document awareness and LOTO steps, including photos of locks on MV and LBD boxes, the number of feeders and locks used, and confirmation that keys are stored in a lockbox. Track personnel involved, note when LOTO is lifted and reinstated, and log times for each action. Covers typical voltages such as 34500 V MV, 1500 V DC inverters, and 480 V auxiliary systems to standardize electrical safety procedures.

by Tyler Walters, from the Community

Get

Template

Solar PV Service Report Template

This Solar PV service report template helps technicians record system inspections, performance observations, inverter status, panel condition, faults, and maintenance actions during solar photovoltaic servicing. Use it to standardize reporting across sites, capture dates, locations, and preparer details, and produce consistent documentation for compliance and handover.

by Catherine Taylor, from the Community

10+

Get

Template

Hazardous Energy Control Lockout and Tagout Checklist

This Lockout Tagout checklist supports hazardous energy control for machinery and equipment. It guides teams to confirm documented LOTO procedures, training plans, availability and correct use of locks and tags, and annual program inspections. It covers equipment specific procedures during servicing and maintenance, worker notifications before and after LOTO, supervisor and operator knowledge of energy types and hazards, proper attachment of isolating devices in safe positions, replacement of service locks when maintenance begins, shift change continuity, recurring training documentation, and periodic self inspections. Use it to prevent unexpected start up and protect workers.

by Trevor McMartin, from the Community

60+

Get

LOTO Lightwave Solar Checklist

About author

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