System Design
System Design
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Where to start?
Where to start?
Feeling overwhelmed by the energy landscape? Electric Peak Engineering provides clarity. We combine practical experience with cutting-edge software to assess the financial viability, resilience and emissions footprint of various Distributed Energy Resources (DERs). By understanding your organization's unique power needs and goals, we pinpoint and engineer the ideal combination of renewables, traditional generation, energy storage, and grid power.
Renewable Energy
Renewable Energy
Integrating renewable energy resources is often a key aspect of our DER solutions, offering impressive returns on investment and significant reductions in emissions throughout their operational lifecycle. We implement solar photovoltaic, biomass powered generators, and other renewable technologies to help organizations meet their sustainability goals effectively and within budget.
Traditional Energy
Traditional Energy
Fossil fuels, when deployed responsibly and with a focus on efficiency, remain vital components of robust onsite power solutions. Distributed energy resources (DER) can utilize natural gas, propane, and diesel to generate electricity, heating, and cooling simultaneously through advanced Combined Heat, Cooling, and Power (CHCP) technology, maximizing fuel utilization.
Conventional DER systems, including turbines and internal combustion engines, along with fuel flexible fuel cells, are crucial for providing reliable emergency backup, strategically shaving peak demand loads, and effectively mitigating power generation fluctuations from intermittent renewables.
Energy Storage
Energy Storage
Leveraging the rapid advancements and cost reductions in battery energy storage systems (BESS), our engineered DER solutions strategically deploy these technologies to capture excess energy generated onsite – particularly from renewables during peak production – and intelligently redistribute it when needed. We also integrate BESS to stabilize interactions with the grid, enhance system resilience and, in select applications, as a cleaner alternative to traditional emergency power generators.
Your Vision Engineered for Success
Your Vision Engineered for Success
Mechanical Engineering
Mechanical Engineering
Energy is not created or destroyed, it can only change forms.
Thermodynamics & Fluid Mechanics
Thermodynamics & Fluid Mechanics
Applying fundamental principles along with advanced simulation software, we ensure efficient energy conversion, safe fuel storage and the resilient transport of fluids and gases.
Integrated System Design
Integrated System Design
Optimize your onsite power plant's operating conditions and seamlessly integrate distributed generation, energy storage, delivery systems and system controls with the regional grid.
Engineering Documentation
Engineering Documentation
Communication is key. We provide detailed site layouts and piping and instrumentation diagrams (P&IDs) for clear understanding during construction, commissioning and maintenance.
Economic Optimization
Economic Optimization
Onsite power solutions designed from a holistic approach deliver excellent long-term financial benefits.
- Stable Energy Bills
- Reduced Monthly Expenses
- Rapid Returns on Investment
- Asset Growth Opportunities
- Long-term Savings
Emissions Engineering
Emissions Engineering
Ensure your system meets environmental standards and minimizes its impact.
- Regulatory Compliance
- Emissions Modeling
- Pollutant Control
- Noise Reduction
- Life Cycle Assessment
- REC Management
Explore Our Full Service Portfolio
Explore Our Full Service Portfolio
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