flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

New California energy code requires building systems to be ready for demand response energy management

New California energy code requires building systems to be ready for demand response energy management

Title 24 requires thermostats, HVAC systems, networked lighting controllers, and building automation systems to be ready for two-way communication


April 10, 2014

Starting in June, California’s latest version of its Title 24 building code kicks in, requiring several systems come with demand response capability. Every new or retrofit thermostat, HVAC system, networked lighting controller, and building automation system in the state will have to be ready for two-way, automated utility-to-customer energy management. Non-residential building lighting systems will be required to have daylight-matching adjustment, dimming and demand response capabilities.

These devices and systems will be required to be “capable of receiving and automatically responding to at least one standards-based messaging protocol” to receive signals from utilities. There are a few standards that meet the requirement— OpenADR, SEP 2.0, and HomePlug.

OpenADR was developed by the California Energy Commission and Berkeley Labs. It offers tools to allow buildings and utilities to communicate about energy availability, price, and how buildings can execute and confirm actions to reduce power use.

These standards were enacted after the California Energy Commission identified flaws in the state’s approach to demand response in a 2013 report, including a failure to reach modest goals set in 2007 to reduce peak demand by 5%. The solution may come from a market-based program to encourage users to reduce demand during peak energy use periods. The new demand-response standards pave the way for this option.

(http://www.greentechmedia.com/articles/read/californias-title-24-a-grid-smart-thermostat-in-every-building)

Related Stories

Codes and Standards | Oct 22, 2019

Efficient material design, low-carbon concrete are critical to cutting GHG emissions in construction

Enhancing building utilization and reusing materials also aid carbon reduction.

Codes and Standards | Oct 18, 2019

St. Louis could save $61 million per year in energy costs by improved building performance

GHG gases can be reduced by at least 11% with upgrades to public buildings and large private buildings.

Codes and Standards | Oct 17, 2019

Slow payments cost GCs and subs $64 billion annually

Study finds 51-day average payment turnaround.

Codes and Standards | Oct 16, 2019

Cool pavement can make people hotter

Reflective coatings channel sunlight raising temperatures where pedestrians walk.

Codes and Standards | Oct 15, 2019

Utah adopts 2018 International Energy Conservation Code

Provisions include increased building envelope performance and reduced air infiltration.

Codes and Standards | Oct 14, 2019

States continue to beef up energy efficiency codes

ACEEE 50-state scorecard finds latest IECC code gaining adherents.

Codes and Standards | Oct 9, 2019

DOE releases Better Buildings Healthcare Financing Primer

Outlines financial strategies to implement energy-efficiency projects in healthcare.

Codes and Standards | Oct 8, 2019

Zero Carbon Buildings for All aims for ambitious emission reduction targets

Organization makes commitment to net zero carbon for all buildings by 2050.

Codes and Standards | Oct 7, 2019

Tailgating remains a critical building security threat, say security professionals

Few buildings provide beefed up provisions to counteract threat.

boombox1
boombox2
native1

More In Category




halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021