Intelligent Power Solutions

Taylor Leigh Construction offers Intelligent Power Solutions that significantly reduce the risk of failure and improves performance while lowering cost. In an industry that has undergone tremendous change, Taylor Leigh Construction brings together technology and engineering to provide innovative power solutions to increase efficiency and improve end-to-end reliability.

Taylor Leigh Construction’s Intelligent Power Solutions are specifically designed to significantly increase availability and ensure the absolute maximum uptime of any mission critical application.

Design-Build DESIGN-BUILD
Design-Build is a project delivery system where the design and construction aspects are contracted with a single entity to minimize project risk and reduce the delivery schedule by overlapping design and construction of a project. Taylor Leigh Construction offers a comprehensive Design-Build program that integrates sustainable architecture, engineering and construction to create scalable infrastructures, as well as environmental conditions that are reliable, stable and safe from outside influences.
Stand-By / Emergency Power STANDBY / EMERGENCY POWER SYSTEMS
Standby / Emergency Power is an independent power generation system that allows operation of a mission critical facility in the event of a power failure and/or is legally required to power critical equipment or systems whose failure may present a life safety hazard. Taylor Leigh Construction offers comprehensive standby and emergency power solutions designed to deliver maximum efficiency, reliability and output power quality at the highest possible level under load conditions.
DC Power Systems DC POWER SYSTEMS
DC Power Systems consist of high efficiency power conversion technologies designed to convert alternating current (AC) to direct current (DC), a process known as rectification. Taylor Leigh Construction offers a comprehensive range of energy-saving DC Power solutions designed to deliver maximum efficiency, reliability and output power quality at the highest possible level under load conditions.
UPS Systems UPS SYSTEMS
Uninterrupted Power Supply (UPS) provides short-term emergency power to connected IT equipment by supplying power from a separate source to prevent a sudden system shutdown when utility power is not available. Taylor Leigh Construction offers comprehensive large scale UPS solutions designed to deliver maximum efficiency, reliability and quality power at the highest level under load conditions.
Reliability Modeling RELIABILITY MODELING
Reliability Modeling determines the ability of a system or component to perform its required functions under stated conditions for a specified period of time. Taylor Leigh Construction evaluates and analyzes requisite levels of reliability and redundancy to identify potential vulnerabilities and recommends cost-effective solutions to improve reliability and performance according to best in class standards.
Power Quality Survey POWER QUALITY SURVEY
Power Quality Survey records and analyzes power transmission and distribution systems to assess performance in terms of quality and energy usage. Taylor Leigh Construction monitors and analyzes harmonics, transient events, voltage sags and flicker to identify sources of inefficiency and recommends cost effective procedures to ensure power quality, improve performance, allowing for energy savings and reduction in operational costs.

Capacity & Demand Analysis CAPACITY & DEMAND ANALYSIS
Capacity & Demand Analysis evaluates the power and cooling capacity of a critical facility and determines the total facility availability in comparison with current power and cooling loads, best practice and tier-level classification standards. Taylor Leigh Construction conducts a facility audit to identify sources of inefficiency and recommends cost effective procedures to improve performance and increase availability for capacity planning and future growth.
Value Engineering VALUE ENGINEERING
Value Engineering is an efficient method of evaluating the ratio of function to cost to improve the value of goods and services. Taylor Leigh Construction applies this method to improve quality, reduce costs, and increase efficiency without compromising functionality, sacrificing quality, or reliability of a project.
Infrastructure Assessment INFRASTRUCTURE ASSESSMENT
Critical Facility Infrastructure Assessment determines the vulnerabilities of a critical facility infrastructure. Taylor Leigh Construction conducts a comprehensive facility assessment to identify potential vulnerabilities and develops a strategy to improve reliability and performance according to best in class standards.
Constructability Reviews CONSTRUCTABILITY REVIEWS
A Constructability Review is a comprehensive analysis to determine and improve the practicality of construction documents in order to assess the viability of a project and avoid conflicts, delays, and change orders occurring during construction. Taylor Leigh Construction reviews construction documents for accuracy and completeness, identifies potential coordination issues, missed details, time delays and potential liabilities prior to publishing bid documents.
Energy Efficiency Analysis ENERGY EFFICIENCY ANALYSIS
Energy Efficiency Analysis evaluates the current energy usage of a critical facility to identify the best opportunities to reduce energy consumption and increase availability. Taylor Leigh Construction conducts a comprehensive facility audit to identify sources of inefficiency and recommends cost effective procedures to improve performance and increase availability, allowing for energy savings and reduction in operational costs.
Lifecycle Cost Analysis LIFE CYCLE COST ANALYSIS
Life Cycle Cost Analysis is an effective method used to evaluate the cost of owning, operating, and maintaining a critical facility or infrastructure system over a period of time. Taylor Leigh Construction applies this method to evaluate the economic value associated with initial and future costs of ownership and then compares alternative designs or system types to determine the lowest cost.

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