Engineering, Procurement & Construction

At Emera Caribbean Renewables Ltd. (ECRL), we are industry-leading renewable energy system integrators. Our core strength lies in the combination of unique professional competencies and relationships with a network of high quality components suppliers. As an Emera company, Emera Caribbean Renewables has access to group-wide resources and expertise, an unwavering commitment to safe work practices, a spirit of innovation, and deep knowledge of how the electricity grid works.

Emera Caribbean Renewables designs and produces highly customized turn-key solutions for our clients, whether off-grid or intelligently integrated with local grid infrastructure. Our expert project team has installed over 2.5MW of distributed solar photovoltaic systems ranging from small residential systems to large commercial installations over 400kW. Moreover, we are able to draw on technical resources throughout the Emera group who have led the installation of nearly 28 MW of renewable energy installations in the Caribbean, with additional competencies developed in areas of diesel-solar PV hybrid systems, energy storage and micro-grid engineering and construction.

Emera Caribbean Renewables’s engineering, procurement and construction (EPC) services offer clients the full range of activities required to deliver a turn-key product, including project management, system engineering, components and services procurement, installation, commissioning and coordinating grid interconnection. We emphasize an integrative approach built around ongoing collaboration with our clients to ensure that specific technical requirements are met, and that technical and financial resources are appropriately matched throughout the EPC process. We view this approach as necessary to managing project risk in order to ensure a balance across the timeliness, cost effectiveness and quality of project delivery which is acceptable to our clients. Crucially, we understand that our clients must be at the center of the design and construction processes.