IEEE 928-1986

IEEE 928-1986 is the IEEE Recommended Criteria for Terrestrial Photovoltaic Power Systems, a technical document focused on the design and evaluation of ground-based solar power installations. It addresses the engineering considerations that help define acceptable system performance, equipment selection, and operational criteria for photovoltaic applications in power, energy, and industry settings. As a result, IEEE 928-1986 can support more consistent planning, testing, and procurement decisions for terrestrial PV projects.

What is IEEE 928-1986?

This standard provides recommended criteria for terrestrial photovoltaic power systems, with attention to the technical framework used to assess how such systems should be configured and operated. IEEE 928-1986 is relevant to engineers and technical teams working with solar-electric generation equipment that is installed on land rather than in space applications. Its value lies in helping define a common reference for system expectations, which can improve design control, performance review, and alignment between project requirements and delivered equipment.

Where is IEEE 928-1986 used?

IEEE 928-1986 is typically used in terrestrial photovoltaic projects where solar arrays, controllers, conversion equipment, and related power components must work together reliably. It is especially useful in engineering workflows that involve specification writing, system assessment, and acceptance planning for ground-mounted or site-based PV power systems. In power and energy applications, the standard may help support consistent technical decisions for installations intended to supply electrical loads or integrate with broader facility power arrangements.

Why is IEEE 928-1986 important?

This standard matters because photovoltaic systems depend on clear technical criteria to reduce uncertainty during design, testing, and procurement. IEEE 928-1986 can help project teams compare equipment and system arrangements against a recognized reference, which supports consistency and lowers the risk of mismatched expectations. For terrestrial solar power systems, that kind of structure is useful for improving reliability, documenting compliance efforts, and guiding decisions that affect long-term performance and maintenance planning.

• Terrestrial photovoltaic system criteria
• Engineering and design reference
• Performance and acceptance support
• Power-system integration context
• Ground-based solar applications