PhaseLink works across utility, public, developer, EPC, and facility environments. Our role is shaped by the system, project stage, technical question, operating priorities, and project requirements—not a generic industry package.
PhaseLink provides focused engineering support where electrical-system performance, capacity, protection, interconnection, or existing-system conditions can influence project decisions.
Engineering support for distribution systems, public infrastructure, and evolving electrical-system needs.
Utilities and public agencies manage electrical infrastructure where reliability, safety, maintainability, and long-term planning must be balanced with operational constraints, capital programs, and changing system demands.
PhaseLink supports distribution and facility projects through system assessment, engineering studies, system modeling,
and protection engineering. Our work can help establish existing conditions, evaluate proposed changes, identify system constraints, and develop a technical basis for upgrades and future planning.
Applications may include distribution expansion, equipment replacement, facility electrification, EV and fleet-charging infrastructure, DER integration, new or changing loads, and modernization of existing electrical systems.
Common needs: SDistribution-system assessment · Capacity & loading analysis · Short-circuit studies · Protective-device
coordination · Arc-flash studies · Protection engineering · System modeling & validation · Equipment modernization ·
Electrification planning
Technical support for electrical infrastructure decisions from early planning through implementation.
Developers, facility owners, owners’ representatives, and contractors frequently need to understand electrical-system constraints before committing to equipment, infrastructure, project scope, or construction.
PhaseLink provides focused engineering support for evaluating existing systems, proposed loads, utility-service requirements, design alternatives, equipment capabilities, and system impacts. This can provide an independent technical basis for decisions during planning, design, procurement, construction, or modification of an operating facility.
For projects involving major new loads—including EV charging, fleet electrification, building electrification, and facility expansion—we can evaluate available capacity, service requirements, transformer and feeder impacts, voltage performance, and potential system upgrades while supporting coordination with the serving utility.
Common needs: Existing-system assessment · Independent technical review · Capacity & expansion planning · Power-system studies ·
Utility-service evaluation · Alternatives evaluation · Equipment-duty assessment · Utility coordination · Engineering decision support
Specialized power-system analysis and protection expertise that complements the broader electrical design.
MEP and A/E teams often require detailed power-system analysis or protection expertise as part of a larger facility or infrastructure design. PhaseLink works as a focused technical extension of the project team, providing the studies and engineering analysis needed to support design decisions and project documentation.
We develop and validate system models, perform electrical studies, evaluate equipment and protection performance, document engineering assumptions, and communicate findings in a form that can be incorporated into the broader design.
Support can be provided during concept development, design development, equipment selection, construction-document preparation, utility coordination, or later project stages when system changes require updated analysis.
Common needs: Short-circuit studies · Protective-device coordination · Arc-flash studies · Load-flow & voltage-drop studies · Motor-starting studies · Equipment-duty evaluation · System modeling & validation · Protection engineering
Engineering support for integrating DER, solar, and battery energy-storage systems with existing electrical infrastructure.
Renewable-energy and energy-storage projects introduce operating conditions that must be understood at both the customer electrical system and utility point of interconnection.
PhaseLink supports project teams in evaluating system impacts, developing required electrical analyses, and addressing technical requirements associated with interconnection. Depending on the project, this can include system configuration, equipment ratings, loading, voltage performance, fault contribution, protection, operating modes, and
utility requirements.
Our role can extend from early technical evaluation through interconnection engineering and resolution of utility technical comments as the project advances.
Common needs: Utility interconnection support · DER/BESS studies · Load-flow analysis · Short-circuit studies · Protection review · Equipment-duty evaluation · System modeling · Utility technical coordination · Interconnection documentation
Power-system analysis for facilities where capacity, protection, reliability, and system configuration matter.
Data centers and other critical facilities can include high load densities, redundant distribution paths, standby generation, UPS systems, multiple operating configurations, and tightly coordinated protection.
Changes to load, equipment, or system configuration can affect available capacity, fault duties, protective-device coordination, voltage performance, and equipment ratings elsewhere in the electrical system. PhaseLink provides engineering analysis to help project teams understand these interactions before implementing expansions or
modifications.
Support can range from evaluating a specific equipment addition to assessing the broader distribution system and its ability to accommodate future growth.
Common needs: Capacity & loading assessment · Short-circuit studies · Protective-device coordination · Arc-flash studies · Load-flow analysis · Equipment-duty evaluation · System modeling & validation · Protection engineering
Practical engineering support for facilities adapting to new loads, equipment, electrification, and aging electrical infrastructure.
Commercial and industrial electrical systems evolve over time. Production equipment is added, services are expanded, operating configurations change, electrical equipment is replaced, and existing documentation may no longer accurately represent field conditions.
PhaseLink evaluates existing and proposed systems to help determine available capacity, equipment duties, protection performance, voltage conditions, and the infrastructure changes needed to accommodate future requirements.
This includes major electrification loads such as EV charging and fleet electrification, where charging demand can affect utility service capacity, transformers, feeders, voltage performance, protective devices, and customer-side distribution infrastructure. We can evaluate these impacts alongside utility requirements and potential system upgrades.
Common needs: Existing-system assessment · Capacity & loading assessment · Short-circuit & coordination studies · Arc-flash studies ·
Equipment-duty evaluation · Motor-starting studies · Voltage analysis · Service-upgrade evaluation · Protection engineering
01
Engineering support for distribution systems, public infrastructure, and evolving electrical-system needs.
Utilities and public agencies manage electrical infrastructure where reliability, safety, maintainability, and long-term planning must be balanced with operational constraints, capital programs, and changing system demands.
PhaseLink supports distribution and facility projects through system assessment, engineering studies, system modeling, and protection engineering. Our work can help establish existing conditions, evaluate proposed changes, identify system constraints, and develop a technical basis for upgrades and future planning.
Applications may include distribution expansion, equipment replacement, facility electrification, EV and fleet-charging infrastructure, DER integration, new or changing loads, and modernization of existing electrical systems.
Common needs: Distribution-system assessment · Capacity & loading analysis · Short-circuit studies · Protective-device coordination · Arc-flash studies · Protection engineering · System modeling & validation · Equipment modernization · Electrification planning
02
Technical support for electrical infrastructure decisions from early planning through implementation.
Developers, facility owners, owners’ representatives, and contractors frequently need to understand electrical-system constraints before committing to equipment, infrastructure, project scope, or construction.
PhaseLink provides focused engineering support for evaluating existing systems, proposed loads, utility-service requirements, design alternatives, equipment capabilities, and system impacts. This can provide an independent technical basis for decisions during planning, design, procurement, construction, or modification of an operating facility.
For projects involving major new loads—including EV charging, fleet electrification, building electrification, and facility expansion—we can evaluate available capacity, service requirements, transformer and feeder impacts, voltage performance, and potential system upgrades while supporting coordination with the serving utility.
Common needs: Existing-system assessment · Independent technical review · Capacity & expansion planning · Power-system studies · Utility-service evaluation · Alternatives evaluation · Equipment-duty assessment · Utility coordination · Engineering decision support
03
Specialized power-system analysis and protection expertise that complements the broader electrical design.
MEP and A/E teams often require detailed power-system analysis or protection expertise as part of a larger facility or infrastructure design. PhaseLink works as a focused technical extension of the project team, providing the studies and engineering analysis needed to support design decisions and project documentation.
We develop and validate system models, perform electrical studies, evaluate equipment and protection performance, document engineering assumptions, and communicate findings in a form that can be incorporated into the broader design.
Support can be provided during concept development, design development, equipment selection, construction-document preparation, utility coordination, or later project stages when system changes require updated analysis.
Common needs: Short-circuit studies · Protective-device coordination · Arc-flash studies · Load-flow & voltage-drop studies · Motor-starting studies · Equipment-duty evaluation · System modeling & validation · Protection engineering
04
Engineering support for integrating DER, solar, and battery energy-storage systems with existing electrical infrastructure.
Renewable-energy and energy-storage projects introduce operating conditions that must be understood at both the customer electrical system and utility point of interconnection.
PhaseLink supports project teams in evaluating system impacts, developing required electrical analyses, and addressing technical requirements associated with interconnection. Depending on the project, this can include system configuration, equipment ratings, loading, voltage performance, fault contribution, protection, operating modes, and
utility requirements.
Our role can extend from early technical evaluation through interconnection engineering and resolution of utility technical comments as the project advances.
Common needs: Utility interconnection support · DER/BESS studies · Load-flow analysis · Short-circuit studies · Protection review · Equipment-duty evaluation · System modeling · Utility technical coordination · Interconnection documentation
05
Power-system analysis for facilities where capacity, protection, reliability, and system configuration matter.
Data centers and other critical facilities can include high load densities, redundant distribution paths, standby generation, UPS systems, multiple operating configurations, and tightly coordinated protection.
Changes to load, equipment, or system configuration can affect available capacity, fault duties, protective-device coordination, voltage performance, and equipment ratings elsewhere in the electrical system. PhaseLink provides engineering analysis to help project teams understand these interactions before implementing expansions or
modifications.
Support can range from evaluating a specific equipment addition to assessing the broader distribution system and its ability to accommodate future growth.
Common needs: Capacity & loading assessment · Short-circuit studies · Protective-device coordination · Arc-flash studies · Load-flow analysis · Equipment-duty evaluation · System modeling & validation · Protection engineering
06
Practical engineering support for facilities adapting to new loads, equipment, electrification, and aging electrical infrastructure.
Commercial and industrial electrical systems evolve over time. Production equipment is added, services are expanded, operating configurations change, electrical equipment is replaced, and existing documentation may no longer accurately represent field conditions.
PhaseLink evaluates existing and proposed systems to help determine available capacity, equipment duties, protection performance, voltage conditions, and the infrastructure changes needed to accommodate future requirements.
This includes major electrification loads such as EV charging and fleet electrification, where charging demand can affect utility service capacity, transformers, feeders, voltage performance, protective devices, and customer-side distribution infrastructure. We can evaluate these impacts alongside utility requirements and potential system upgrades.
Common needs: Existing-system assessment · Capacity & loading assessment · Short-circuit & coordination studies · Arc-flash studies · Equipment-duty evaluation · Motor-starting studies · Voltage analysis · Service-upgrade evaluation · Protection engineering
Tell us what is changing, what decision is pending, what stage the project has reached, and what information is available. We’ll help identify the appropriate technical scope and next step.
Engineering perspectives on power-system studies, interconnection, protection, and system assessment.
