Net Zero Energy definition

Net Zero Energy means that the total amount of energy consumed by a building on an annual basis is equal to the amount of renewable energy produced on site.
Net Zero Energy means a public building design that maximizes such building's energy efficiency and on-site renewable energy production in an effort to produce as much energy as such building uses.
Net Zero Energy means that the energy produced on-site over the period of a given year is equal to the installation’s energy demand. This implies a connection to a local power grid which, in a sense, “banks” the energy. Thus, on-site renewable resources, such as solar energy systems, might produce energy greater than that used by the installation during the day, with any excess energy fed into the local grid. At night, when the solar system is not producing energy, the installation can pull the previously “banked” energy from the grid to net out the total consumption.

Examples of Net Zero Energy in a sentence

  • All the affordable housing units shall be Net Zero Energy Ready as provided in Condition 12 below.

  • The Convener and Members are appointed by the Cabinet Secretary for Net Zero, Energy and Transport.

  • They have also built a BoKLok neighbourhood that is a Net Zero Energy building, and fulfils the rest of Skanska’s requirements for “Deep Green”, the toughest level in Skanska’s environmental clas- sification of housing projects.

  • The Chair, the Accountable Officer or, where appropriate, members of ESS staff will give written or oral evidence to the Scottish Parliament Net Zero, Energy & Transport and Rural Affairs, Islands & Natural Environment Committees, or to other Committees of the Parliament, when invited to do so.

  • If agreement cannot be reached at official level, there will be a meeting between the Chair of ESS on the one hand and the Cabinet Secretary for Net Zero, Energy and Transport and the Cabinet Secretary for Finance and the Economy on the other.


More Definitions of Net Zero Energy

Net Zero Energy means the total amount of energy used yearly by a building is equal to or less than the amount of energy created onsite through the use of innovative technologies and renewable power generation.
Net Zero Energy means that net annual primary energy consumption is approximately zero.
Net Zero Energy means that net annual primary
Net Zero Energy means producing, from renewable resources, as much energy as is used over the course of a year (EPA.gov). The NPS includes its electricity and fuel use for all operations.
Net Zero Energy means that the total amount of energy consumed by a building
Net Zero Energy means the Project will produce as much electricity (kWh or kBtu) from the onsite photovoltaic system or other onsite renewable energy generation sources as the Project uses over the course of the calendar year, using RECs to make up any shortfalls between generation and use (i.e., if onsite generation is not sufficient to meet all onsite energy use, RECs will be purchased such that 100% of energy use in the Project is either provided through onsite renewable energy or RECs). Landlord will contract with Xcel Energy for electricity required by the Project in excess of what the Project produces (which cost shall be Landlord’s sole cost and not an Operating Expense). Although provided for, there is no natural gas use contemplated for the Project. For purposes of this Section 1.4 and its subsections, “Project” will include, without limitation, the Common Area and the Premises. Landlord’s intent to deliver a NZE Project is a material inducement for Tenant to enter into this Lease. In addition:
Net Zero Energy means the state of a building with zero net energy consumption, meaning the total amount of energy used by the building on an annual basis is roughly equal to the amount of renewable energy created on the site, or in some definitions, by renewable energy sources located elsewhere, such as Community Generated Solar. Net-Zero design is achieved through careful siting to facilitate non-mechanical heating and cooling, robust air sealing, insulation and controlled ventilation. This results in affordable, right-sized renewable energy systems that work with the energy efficiency aspects of the design.