U.S. Carbon Dioxide Based Demand Controlled Ventilation Transmitter Markets

U.S. Carbon Dioxide Based Demand Controlled Ventilation Transmitter Markets

 

RELEASE DATE
20-Jun-2002
REGION
North America
Research Code: A036-01-00-00-00
SKU: EN00315-NA-MR_04450
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$2,450.00
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SKU
EN00315-NA-MR_04450
$2,450.00
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Description

Demand Controlled ventilation (DCV) is the rate of ventilation that is modulated over time based on sensor inputs from a CO2 sensor. The inputs may signal conditions such as level of air pollutans or occupancy. DCV offers two potential advantages: better control of indoor pollutant concentrations, and lower energy use and peak energy demand. At present, most DCV systems are based on monitoring and control of carbon dioxide (CO2) concentrations. Current research and case studies support energy savings and the cost-effectiveness of using DCV as an energy conservation measure.

Table of Contents

Market Overview

  • Introduction
  • Competitive Analysis

Major Research Findings

  • Forecasts
  • Conclusions

Overview and Definitions

Drivers

  • Overview
  • Definitions

Restraints

  • Indoor Air Quality Regulations Compel Manufactuers to Purchase CO2 based DCV Systems
  • Potential of DCV Systems to Reduce Energy Costs Fuels System Installation
  • Growth in the Number of New Buildings Spurs Demand
  • Building Improvement Projects Drive DCV Demand
  • System Integration Drives Demand
  • Potential Inclusion with Performance Contractors Initiates Demand

Challenges

  • Lack of Product Knowledge
  • High Price Product Perception Affects Demand and Market Penetration
  • Lack of Formal Standard Enforcement Slows Market Growth Pace
  • Technological Difficulties Delay Market Introduction
  • Slow End-User Transition Toward New Technologies Affects Product Acceptance
  • Extended Time Period Between HVAC Retrofit Upgrades Hinders Sales Potential
Demand Controlled ventilation (DCV) is the rate of ventilation that is modulated over time based on sensor inputs from a CO2 sensor. The inputs may signal conditions such as level of air pollutans or occupancy. DCV offers two potential advantages: better control of indoor pollutant concentrations, and lower energy use and peak energy demand. At present, most DCV systems are based on monitoring and control of carbon dioxide (CO2) concentrations. Current research and case studies support energy savings and the cost-effectiveness of using DCV as an energy conservation measure.
More Information
No Index Yes
Podcast No
WIP Number A036-01-00-00-00
Is Prebook No