The North American energy distribution grid is undergoing a fundamental transformation as the decarbonizing of electricity & natural gas networks continues to accelerate. Market drivers such as population growth, expansion of AI, proliferation of electric vehicles, and heat pumps have all contributed to the increased demand for power. While the need to achieve energy independence through a orderly, organized, and equitable transition to heat & power sources with less emissions, continues.
ENTERRA™ engages with industry experts, and technology leaders to capitalize on the disruptive challenges & innovation opportunities available in today’s transitioning energy industry/market. Our team, and trusted third party service providers oversee all stages of the value chain required to develop greenfield, and retrofits projects. To ensure the safe, efficient, and environmentally responsible development & operation of power producing assets that generate value for our shareholders.
ENTERRA™ is scaling turnkey Low Carbon Intensity (LCI) energy solutions value stack of products & services in the marketplace to generate power with less emissions. Through greenfield development, and/or retrofit of existing energy infrastructure with eUtility™ Decentralized Energy Network (DEN) power platforms, physically situated in front, and back of the meter. Located near or in close proximity to power distribution infrastructure, owned & operated by private, and public electricity providers.
ENTERRA™ develops turnkey LCI energy solutions, and eUtility™ DEN power platforms to supply reliable & resilient electricity with lower emissions offered through Power Purchase Agreements (PPAs), Build-Lease-Transfer (BLT), and Energy Service Contracts (ESCs). Electricity is billed monthly at a predetermined capacity/payment commitment at a tariff based on meter data related to the unique energy profile, geographic location, market characteristics, and type of commercial & industrial facilities.
ENTERRA™ turnkey LCI energy solutions offer a balanced supply of gigajoules (GJ), and/or kilowatts (kW) of heat & power with lower emissions.
eUtility™ DEN power platforms operate behind or in-front of the meter to supply electricity for residential, commercial & industrial buildings, and facilities. This also includes EV vehicles & fleet charging infrastructure.
ENTERRA™ partners with regional & local, municipalities, towns, hamlets, Indigenous, remote, and resource communities.
ENTERRA™ offers investors access to a diversified portfolio of long-lived, fixed, energy generation & management assets. That have predicable revenue streams, and minimal fuel & obsolescence risk.
ENTERRA™ Low Carbon Intensity (LCI) Energy Solutions
A value stack of products & services, focused on streamlining the customer engagement, project development, supply chain, and implementation process to accelerate the development, of eUtility™ DEN power platforms for brown & greenfield, and retrofit energy projects. To generated, and supply power with lower emissions for electrifying commercial facilities, warehouses, data centers, industrial parks, agriculture operations, and EV vehicles & fleet charging infrastructure.
eUtility™ Decentralized Energy Network (DEN) Power Platforms
An ensemble of conventional & renewable generation, and energy storage assets ranging in size from 1MW to 10MW, integrated by smart grid technology to aggregate, generate, manage, and supply power with lower emissions. Utilizing technology sourced from Commercial Off the Shelf (COTS), hardware & software with a proven operating history, predicable maintenance expenditures, and minimum obsolescence risk.
Distributed Energy Resources (DERs), consist of single, and/or ensemble of conventional & renewable energy generation, and storage assets.
Battery Energy Storage Systems (BESS) provides time & shift arbitrage, curtailment, frequency response, ramp rate control, and renewable energies integration.
Smart grid technology manages DER assets which are directly or non-synchronously connected through electronics to power distribution networks.
Demand Response (DR) programs use smart meters to collect, display, store & transmit data related to electricity, natural gas, and renewable energy consumption. Energy assurance programs use smart thermostats to manage heating & cooling of conditioned indoor spaces, and water.
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