Engineering

HSGS provides engineering solutions for new and existing solar photovoltaic (PV) systems, energy storage systems (ESS), and microgrids. Support is provided from a project’s conception through completion, ensuring efficiency, cost-effectiveness, sustainability, and reliability.

Engineering Solutions

Engineering solutions are vital for optimizing the design, integration, and performance of renewable energy systems, ensuring that installations are efficient, reliable, and tailored to meet the unique energy needs of each client. These engineering solutions encompass a wide range of services, including:

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Feasibility studies

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Electrical design with 35%, 60%, 90%, 100% milestones

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In-house P.E. licensed engineers

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Development of Project Specifications

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Adherence to current codes and standards

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New construction oR retrofitting of existing systems

Our team of skilled engineers and designers possesses a deep understanding of renewable energy technology and its applications across various sectors, enabling HSGS to develop tailored solutions that meet the unique needs of our clients.

Solution Specifics

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Feasibility Studies

A feasibility study provides clients with all available options for achieving project goals. This allows clients to choose the option that fits their financial and operational requirements.

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Design with Project-Specific Milestones

Designing a renewable energy system is an iterative process. Delivery of drawing packages at project-specific milestones ensures that the client can verify fulfillment of project requirements.

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In-House P.E. Licensed Engineers

HSGS boasts multiple P.E. licensed engineers in our engineering department. This allows us to stamp and sign Issued For Construction (IFC) drawings that we design and compile in-house, avoiding timely and costly situations of out-sourcing the necessary stamps.

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Development of Project Specifications

HSGS designs and builds renewable energy systems to specific codes and standards issued by organizations like the NFPA 70 (NEC) and IEEE. These codes are put in place to ensure the safety of both the installer and end-user while providing a safe and effective system.

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Adherence to Current Codes and Standards

When designing and building a renewable energy system, there are specific codes and standards issued from organizations like the NFPA 70 (NEC) and IEEE that must be met. These codes are put in place to ensure the safety of both the installer and the user.

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UPGRADING EXISITNG RENEWABLE ENERGY SYSTEMS

HSGS upgrades clean energy systems to support 1000V and 1500V configurations and larger capacity inverters. Upgrading significantly enhances the efficiency and extends the operational lifespan of existing clean energy infrastructure.

How Can Our Engineering Team Make A Difference?

Our engineering team consists of electrical, mechanical, civil, and environmental engineers that are well versed in full life-cycle system design and excel at designing and managing multidimensional projects. Our Professional Engineers (P.E.) are licensed across the United States. We consider everything from cost effective constructability to ensuring effective, long-term maintenance activities. Our goal is to ensure each customer’s system is designed for safe and efficient construction as well as peak performance meeting the customer’s needs for the life of the system and beyond.