IEEE P1661/D10, Dec 2006
Acid Batteries Used in Photovoltaic (PV) Hybrid Power Systems
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About This Item
P1661/D10, Dec 2006 is a technical standard focused on acid batteries used in photovoltaic (PV) hybrid power systems, where solar generation is combined with stored electrical energy. It addresses an important part of off-grid and mixed-energy design: how battery systems support reliable power delivery under varying solar conditions. For engineers, integrators, and purchasers, this standard helps frame expectations around battery selection, system compatibility, and performance within PV hybrid applications.
P1661/D10, Dec 2006 overview
The purpose of P1661/D10, Dec 2006 is to define a consistent technical basis for using acid batteries in PV hybrid power systems. In this context, the document is relevant to energy storage components that must operate alongside photovoltaic sources and related power equipment. It is especially useful where design choices affect charging behavior, operating life, and overall system stability. As a standard, P1661/D10, Dec 2006 supports more uniform engineering practice and clearer specification of battery-related requirements.
Typical use cases
This standard is typically relevant in PV hybrid installations that rely on acid battery storage for backup power, load smoothing, or extended operation during low-sun periods. It may be used when specifying battery banks for remote power sites, telecommunications support systems, or other energy systems that combine solar generation with conventional or auxiliary supply sources. P1661/D10, Dec 2006 can also inform equipment selection and system documentation when battery performance and compatibility are central to project planning.
Why this standard matters
P1661/D10, Dec 2006 matters because battery behavior can strongly influence reliability, safety, and service life in photovoltaic hybrid systems. A clear standard helps reduce ambiguity during design, procurement, installation, and testing, especially when acid batteries are expected to perform under variable charging conditions. For organizations working on compliant power systems, it supports more consistent technical decisions and lowers the risk of mismatched components, premature degradation, or avoidable maintenance issues.
- Acid battery application in PV hybrid systems
- Energy storage compatibility and integration
- Charging and operating considerations
- System reliability and performance consistency
- Specification and procurement reference
- Publication Date: 2007
- Standard Status: Inactive
- Publisher: IEEE
- Subject: Photonics and Electrooptics; Power, Energy and Industry Applications
- Official IEEE: Doi link
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