Renewable Energy. IDTE’s Basic Renewable Energy Product, is a renewably sourced product that has a renewable mix that is at least 50% greater than the Renewable Energy Standard obligation for load-serving entities in any given compliance year under the New York Public Service Commission’s Clean Energy Standard. IDTE’s Premium Renewable Energy Product, is a 100% renewably sourced product. IDTE may satisfy its renewability commitments by purchasing and retiring renewable energy credits (RECs) from any renewable energy resource that satisfies the definition of “renewable” under the Climate Leadership and Community Protection Act. Recognized technologies include, solar thermal, photovoltaics, on land and offshore wind, hydroelectric, geothermal electric, geothermal ground source heat, tidal energy, wave energy, ocean thermal, and fuel cells which do not utilize a fossil fuel resource in the process of generating electricity. Election of either of the renewable energy products supports the development of renewable resources, but Customer understands and acknowledges that Customer may not actually be supplied with renewable energy. Residents of the five boroughs of New York City will be charged an additional monthly fee of $4.95/month (prorated as a daily fee) for the Premium Renewable Energy Product.
Renewable Energy. 7.1 The offshore renewable energy industry comprises wind, wave and tidal developments. Operational experience has indicated that the three most likely scenarios where HSE, MCA and MAIB jurisdiction may overlap in terms of vessels and energy structures are:
i. when there is an incident involving a fatality or injury when a vessel is undertaking a work activity (e.g. a lifting operation),
ii. when a vessel is connected with an energy structure, or
iii. when a vessel is in a collision with an energy structure.
7.2 Table 3 outlines the regulator who has the enforcement lead for a range of different renewable energy activities involving vessels
Renewable Energy. In order to maximize renewable energy opportunities for this Project, Developer shall install photovoltaic panels on the Project’s roof in accordance with the roof solar plan included in the Project Plans. Such panels shall not be counted in the determination of the maximum height of the Project.
Renewable Energy. The Renewable Energy Contract Quantity is set forth in Exhibit A and shall be delivered during the time periods specified in Exhibit A.
Renewable Energy. The term ‘‘renewable energy’’ means energy derived from resources that are regenerative or that cannot be depleted, including solar, wind, ethanol, and biodiesel fuels.
Renewable Energy. You must source Renewable Energy for 100% of electricity used at all charging sites in perpetuity. Renewable Energy sources must be either on-site renewable energy generators, off-site renewable energy generators or surrender of Green Products that certify Renewable Energy Generation (e.g. LGCs) or a combination thereof.
Renewable Energy.
1) habitat fragmentation and reduction in habitat patch sizes; 2) creation of habitat edges; 3) introduction of noise and human activity; and 4) introduction of shadow flicker” (SWCA, 2017). At this time, wind development near DSL Habitat is substantially confined to the topographic ridge to the east of DSL Habitat and is sufficiently removed that it should not affect DSL Habitat. The relatively low altitude of DSL Habitat will likely discourage wind power development in Habitat. The construction and operation of a solar power facility in DSL Habitat may result in significant habitat loss. Commercial solar energy facilities require a large amount of land, typically 10 acres per 1 megawatt (100-200 MW solar plants are typical in Texas) of power generation. Depending on the complexities of a project, development timelines typically range between 24-60 months, beginning with site control. The average Texas solar plant, 100-200 MW capacity, can be built in less than a year. Development of solar operations includes installation of solar panels typically on single- axis tracks which are mounted on piles driven into the ground at various depths depending on soil type. Panel height above ground may vary from two to eight feet depending on the type of technology used (Texas Star Alliance, pers. comm.). Project siting is primarily driven by access to transmission lines within each region, as available solar resources do not vary significantly within a given region. For solar and wind energy projects, site development disturbs soil, removes vegetation, grades the land surface, displaces wildlife, and introduces noise, light, and human disturbance within DSL Habitat. Construction activities such as the movement of vehicles or heavy equipment and the installation of transmission towers or solar energy facility components may result in the direct mortality, injury, or harassment of DSLs. Solar energy facilities disrupt the physical and biological properties of DSL Habitat. Photovoltaic power plant installations significantly alter the energy dynamics of the area by trapping latent heat underneath solar panels. The trapped heat may cause evening temperatures within the field to be as much as 7 degrees F higher than the surrounding environment (Xxxxxx-Xxxxxxx et al., 2016). Ongoing solar operation requires access to local water resources. Water may be required for domestic use, equipment cooling, and panel washing. Water consumption varies with the technology utilized a...
Renewable Energy. Calpine/Bechtel shall explore and evaluate renewable energy opportunities together with the City. Calpine/Bechtel shall report annually to the MECCAC on the results of that evaluation. article 5 WATER AND SEWER Facilities
Renewable Energy. In order to maximize renewable energy opportunities for this Project, solar energy systems, including photovoltaic panels, solar thermal/hot water systems, and/or other types of commercially available solar energy systems, shall be installed on the Building’s roof in areas appropriate for solar placement to achieve reasonable maximum coverage of the roof area, as confirmed by the City’s Planning Director working in consultation with the City’s Office of Sustainability. Areas of the roof available and appropriate for solar systems placement shall exclude any areas necessary or required for rooftop equipment, and any roof areas necessary for building or equipment maintenance, Fire Department access, and/or other applicable code, legally-mandated or otherwise necessary access and/or clearances. The type or types of such renewable energy systems to be installed on the Building’s roof shall be as recommended by a professional engineer trained in solar system design and installation on similar types of commercial buildings in downtown urban environments. The professional engineer shall consult with the City’s Office of Sustainability during the process of evaluating and selecting the type or types of renewable energy systems for this Building. Any such solar system installations shall not be counted in the determination of the maximum height of the Building.
Renewable Energy.
(a) Landlord shall use commercially reasonable efforts to support Tenant’s renewable energy initiative by allowing Tenant, at its sole cost and expense, to install renewable energy equipment (i.e., solar panels and related infrastructure) on the roof of the Building and/or the garage. The location and equipment shall be subject to Landlord’s approval and shall be subject to all applicable governmental laws. Landlord shall have the right, in its sole discretion, to require that at the end of the term of the Lease, that Tenant, at its sole cost and expense, remove any obsolete renewable energy equipment.
(b) Landlord and Tenant shall reasonably cooperate, at no cost to Landlord, to endeavor that Xxxxxx receives the economic benefit, as between Landlord and Tenant, of all tax credits, rebates and all other renewable energy related economic benefits directly generated by or resulting from Xxxxxx’s installation and use of such renewable energy facilities.
