Balance of System definition

Balance of System means portions of a solar energy system other than the array.
Balance of System or “BOS” means the Tier 1 System Resources other than the six Simulator Projects net of Designated System Obligations. Customers receive a share of the BOS complex in three different ways: via BOS Base Energy, BOS Deviation Return, and BOS Flexibility.
Balance of System items such as breakers, wires, miscellaneous electrical items, etc.

Examples of Balance of System in a sentence

  • Balance of system component manufacture and supply is an important part of the PV system value chain.

  • The transformers/cables and other Balance of system equipment deployed in the solar PV power Plant shall have valid test certificates for their qualification as per above specified IEC/ IS Standards by one of the NABL Accredited Test Centers in India.

  • The transformers/ inverters/ cables and other Balance of system equipment deployed in the solar PV power Plant shall have valid test certificates for their qualification as per above specified IEC/ IS Standards by one of the NABL Accredited Test Centers in India.

  • Balance of system (BOS) costs, installation, engineering, and permitting comprise roughly 20% of the total project costs and can increase for rooftops with special constraints.

  • Balance of system components are a smart inverter, wirings, a PV circuit breaker, disconnects and mounting system.

  • The PV modules/ inverters/ cables and other Balance of system equipment deployed in the solar PV power Plant shall have valid test certificates for their qualification as per above specified IEC/ IS Standards by one of the NABL Accredited Test Centers in India.

  • Balance of system component manufacture and supply is an important part of the PV system value chain.There are a number of Australian manufacturers of inverters, battery charge controllers and inverter/chargers, particularly catering for the off-grid system market, including Selectronics, Plasmatronics, Latronics and Solar Energy Australia.

  • Balance of system hardware includes the installation of climate control, inverter, ECU, transport of the container and will show a significant decrease from year 2017 to 2025 according to the diagram where the cost will drop from $193 to $85.

  • Balance of system costs—or “soft” costs—are costs associated with installing PV panels, including cost of labor, permitting and commissioning, and land acquisition (Friedman et al.

  • Balance of system components, junction boxes and cables are not part of this study.


More Definitions of Balance of System

Balance of System means the on-module optimisers, cabling, mounting, inverter(s) and associated equipment, communication equipment, structures, control gear and Grid Tie Access Point within the Project Site, as detailed in the Project Information Manual as are reasonably necessary for and/or ancillary to the installation, erection, commissioning and/or operation of the Solar Facility; and (ii) any upgrades and/or modifications and/or replacements of the aforesaid which may be necessary for the ongoing operation of the Solar Facility;

Related to Balance of System

  • Maintenance and Support Services means the services provided by Contractor under Appendix F.

  • Wireless support structure means a freestanding structure designed to support or capable of supporting small cell wireless facilities. Wireless support structure does not include a utility pole.

  • Subsystem means any subset of the System identified as such in the Contract that may be supplied, installed, tested, and commissioned individually before Commissioning of the entire System.

  • Maintenance area means any geographic region of the United States previously designated nonattainment pursuant to the CAA Amendments of 1990 and subsequently redesignated to attainment subject to the requirement to develop a maintenance plan under Section 175A of the CAA, as amended.

  • Planned Maintenance means any Maintenance BT has planned to do in advance.