Merge pull request #14 from dominrios/main

Additional Adjustments to the Volttron GitHub Pages Website

assets/sass/custom.scss

@@ -15,31 +15,16 @@
     transform: scale(1.1); 
 
 }
-.figConfig{
-  display: inline-table;
-  max-width: 20%;
-  margin-right: 50px;
-  margin-bottom: 30px;
-
-  p {
-   font-size: medium;
-   margin-top: -15px;
-   line-height: 100%;
-   max-width:80%;
-   text-align: center;
-  }
 
-
-}
-
-.figConfig h4 {
-  line-height: 100%;
-}
 * {box-sizing: border-box;}
+/*
 body {font-family: Verdana, sans-serif;}
+*/+
 .mySlides {display: none;}
 img {vertical-align: middle;}
 
+
+
 /* Slideshow container */
 .slideshow-container {
   max-width: 100%;
@@ -58,6 +43,9 @@ img {vertical-align: middle;}
 
 /* Caption text */
 .text {
+  color:white;
+  font-size: 30px;
+  padding: 50px 250px;
   position: absolute;
   top: 20%;
   left: 10%;
@@ -96,15 +84,27 @@ img {vertical-align: middle;}
 
 /* On smaller screens, decrease text size */
 @media only screen and (max-width: 300px) {
-  .text {font-size: 11px}
+  .text {font-size: 3px}
 }
 
 /*Publications */
 .figConfigpdf{
-    display: inline-table;
-    max-width: 2vw;
-    margin-right: 3vw;
-    margin-left:2vw;
+  display: inline-table;
+  max-width: 20%;
+  margin-right: 50px;
+
+  p {
+   font-size: medium;
+   margin-top: -15px;
+   line-height: 100%;
+  }
+
+
+}
+
+.figConfigpdf h4 {
+  line-height: 100%;
+}
     h4 {
       font-size: 1vw;
       font-size: 1vw; 
@@ -117,7 +117,8 @@ img {vertical-align: middle;}
 
      }
 
-}
+
+
 .figConfigpdf figcaption{
   position:relative;
   p {

content/ABOUT/About.md

@@ -13,8 +13,27 @@ sidebar_left: AboutSidebar
 Inexpensive, small-scale computers—such as the Raspberry Pi—can have Eclipse VOLTTRON installed as a controller.
 
 ### About Eclipse VOLTTRON
-Eclipse VOLTTRON, developed at Pacific Northwest National Laboratory and available as an open-source tool, provides an environment where data and devices connect seamlessly and securely to make decisions based on user needs and preferences.
+Eclipse VOLTTRON, developed at Pacific Northwest National Laboratory and now part of the Eclipse Foundation, is available as an open-source tool. This technology provides an environment where data and devices connect seamlessly and securely to make decisions based on user needs and preferences.
 
-Business, research and academic communities agree that Eclipse VOLTTRON is an important and versatile resource for improving building system performance and creating a more flexible and reliable power grid. But the technology’s adaptability has significantly expanded its potential beyond buildings and the grid; users are applying the platform in ways not originally envisioned.
+Business, research, and academic communities agree that Eclipse VOLTTRON is an important and versatile resource for improving system performance in buildings and creating a more flexible and reliable power grid. The technology, which was built with security as an integral priority, is used for multiple purposes, including:
 
-Eclipse VOLTTRON is open source and publicly available from GitHub, and its ongoing development benefits from a highly collaborative approach. The U.S. Department of Energy views the technology as a central component of buildings-grid integration, and provides funding support. Updates and other advances are carried out by a PNNL research team working in concert with an active nationwide community of users.
+- Collection, aggregation, and visualization of data from building operations and other functions
+- Rapid adjustment of commercial building energy loads in response to power grid needs, a key step toward transactive control
+- Energy management in buildings that lack building automation systems
+- Deployment of fault detection and diagnostics applications in buildings to achieve increased operational efficiency.
+
+But the technology’s adaptability has significantly expanded its promise; users are applying the platform in novel ways not originally envisioned. 
+
+Eclipse VOLTTRON is open source and publicly available from GitHub, and its ongoing development benefits from a highly collaborative approach among advocates, including PNNL, the U.S. Department of Energy, the Eclipse Foundation, and an active and passionate nationwide community of users.
+
+The following articles provide examples of Eclipse VOLTTRON’s capabilities and accomplishments:
+
+- [Buildings, the Grid, and an Electric Future (2023)](https://www.pnnl.gov/publications/buildings-grid-and-electric-future)
+- [PNNL Helps Build Connected Communities (2021)](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities)
+- [Sustainability, Energy Research Included in Spokane Smart Eco-District (2021)](https://www.pnnl.gov/news-media/sustainability-energy-research-included-spokane-smart-eco-district)
+- [VOLTTRON™ Goes to School (2020)](https://www.pnnl.gov/news-media/volttrontm-goes-school)
+- [This Dispatch Delivers Good Energy News (2019)](https://www.pnnl.gov/news-media/dispatch-delivers-good-energy-news)
+- [Energy Controls Platform Available in Open Source (2018)](https://www.pnnl.gov/news-media/energy-controls-platform-available-open-source)
+- [VOLTTRON™ User Community Expands Overseas (2017)](https://www.pnnl.gov/news-media/volttrontm-user-community-expands-overseas)
+- [Regional Project Reveals the Potential of Transactive Control (2017)](https://www.pnnl.gov/news-media/regional-project-reveals-potential-transactive-control)
+- [PNNL-led Campus Project Expands to Multiple Buildings (2016)](https://www.pnnl.gov/news-media/pnnl-led-campus-project-expands-multiple-buildings)

content/ARCHIVES/accomplishments.md

@@ -3,6 +3,41 @@ title: "ACCOMPLISHMENTS"
 menu: archives
 weight: 41
 
+---
+
+### [Giving Control to SMBs](#giving-control-to-smbs)
+
+ Pacific Northwest National Laboratory has been developing a low-cost central control system for SMBs to more effectively manage heating and cooling, hot water, connected lighting, and potentially other building functions. The system will be interoperable, user-centric, and retrofittable.
+
+**Impact**: Researchers estimate that not only will SMB owners and managers save money and equipment life, but broad deployment of the control system potentially could deliver source energy reductions between 2,000 and 2,500 trillion Btus yearly with commensurate emissions reductions.
+
+### [Getting Intelligent with the Grid](#getting-intelligent-with-the-grid)
+
+ [ILC](https://www.pnnl.gov/intelligent-load-control) was created as part of the PNNL-led [Clean Energy and Transactive Campus](https://www.pnnl.gov/projects/clean-energy-and-transactive-campus) project, an effort initially funded by the Department of Energy (DOE) and Washington State. ILC offers three primary buildings-grid capabilities: capacity bidding, which incentivizes targeted consumption reductions; transactive energy methods for enabling a rapid negotiation process between buildings and the grid; and peak power load management.
+
+**Impact**: The technology’s peak power load management capability has rapidly dropped electricity demand in buildings by 10 to 20 percent, reducing grid stress while maintaining occupant comfort within an acceptable range. ILC has been successfully deployed in multiple buildings at PNNL, at the University of Toledo, in two Washington, D.C. commercial buildings, and will be central to two DOE [Connected Communities projects](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities) in 2024. Next: PNNL will make ILC operational in its campus buildings to coordinate with the City of Richland’s utility in mitigating peak load constraints.
+
+### [Supporting Connected Communities](#supporting-connected-communities)
+
+PNNL is introducing technologies, including Eclipse VOLTTRON, Intelligent Load Control, Automated Fault Detection and Diagnostics (AFDD), and Automated Identification of Re-tuning or Retro-commissioning (AIRCx) to [Connected Communities](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities) projects in Spokane, WA and Salt Lake City, UT.
+
+**Impact**: The projects, which serve as models for future efforts, seek to transform thousands of homes and workplaces into state-of-the-art, energy-efficient buildings that interact with the grid to coordinate their energy consumption. The coordination can save energy, reduce costs and carbon emissions, improve grid reliability, and increase use of clean energy sources.
+
+### [Enabling Efficiency in D.C.](#enabling-efficiency-in-dc)
+
+In addition to fault detection and diagnostic technologies that improve efficiency, PNNL also installed and tested its Intelligent Load Control (ILC) in both buildings. ILC quickly and automatically adjusts building electricity needs in response to power grid supply and demand fluctuations.
+
+**Impact**: Most commercial buildings could benefit from operational improvements and the ability to communicate directly with the power grid to save energy and costs. The application deployments identified some significant energy-saving opportunities for both buildings, as well as infrastructure issues that may hinder effective use. Further, the lessons learned from the testing will help potential future users of ILC and efficiency applications reduce the effort needed to apply the technologies in buildings.
+
+### [Dispatching Optimization and Savings](#dispatching-optimization-and-savings)
+
+Economic dispatch effectively optimizes the operation of combined heating, cooling, and power system (CHP) units. This advance could be key in bringing more clean, renewable energy onto the power grid.
+[PNNL’s method](https://www.pnnl.gov/news-media/dispatch-delivers-good-energy-news), which also could save energy and enhance grid reliability, successfully enabled economic dispatch during the New York field test at an energy provider’s plant. Results strongly suggest the system can be deployed in the field and customized at lower cost than existing options.
+
+**Impact**: The technology represents a cost and performance breakthrough, and a step forward in establishing next-generation integrated energy systems. A benchmarking analysis, which examined operations during the field test and compared the economic dispatch system to the previous CHP control method, demonstrated savings on the order of $50 per day. This equates to $20,000 per year in additional profit from a CHP.
+
+### ["Connecting" Home Appliances](#connecting-home-appliances)
 
+The [Pacific Northwest National Laboratory](https://www.pnnl.gov/news-media/electric-connection-homes-helping-grid)-developed technology enables the heating and cooling units and hot water heaters to manage their electricity use in ways that help the grid coordinate supply and demand, while also enabling occupant cost and comfort preferences.
 
----
+**Impact**: The technology could benefit tens of millions of homes. Working in concert with utilities and the grid, such smart appliances can quickly and automatically change their electricity demand to help even out grid variations and ultimately reduce the amount of greenhouse gas entering the atmosphere.

content/posts/BuildingsOperations.md

@@ -1,5 +1,5 @@
 ---
-title: Giving Control to SMBs
+title: Building Operations and Efficiency
 image: images/MarketsImages/BuildingImageMarkets2.png
 date: "2020-01-06T00:00:00"
 description: Eclipse VOLTTRON capabilities improve control and operation of building devices and systems, leading to enhanced performance and energy efficiency.
@@ -9,9 +9,24 @@ summary: Eclipse VOLTTRON capabilities improve control and operation of building
 
 ---
 
-
- Pacific Northwest National Laboratory has been developing a low-cost central control system for SMBs to more effectively manage heating and cooling, hot water, connected lighting, and potentially other building functions. The system will be interoperable, user-centric, and retrofittable.
+<!--Pacific Northwest National Laboratory has been developing a low-cost central control system for SMBs to more effectively manage heating and cooling, hot water, connected lighting, and potentially other building functions. The system will be interoperable, user-centric, and retrofittable.
 
-**Impact**: Researchers estimate that not only will SMB owners and managers save money and equipment life, but broad deployment of the control system potentially could deliver source energy reductions between 2,000 and 2,500 trillion Btus yearly with commensurate emissions reductions
+**Impact**: Researchers estimate that not only will SMB owners and managers save money and equipment life, but broad deployment of the control system potentially could deliver source energy reductions between 2,000 and 2,500 trillion Btus yearly with commensurate emissions reductions.
 
+Enabling Efficiency in D.C.
 
+Pacific Northwest National Laboratory (PNNL) partnered with an energy services firm to deploy Eclipse VOLTTRON™—along with applications that improve building operations and efficiency—at a school and office building in Washington, D.C. Read More.
+
+In addition to fault detection and diagnostic technologies that improve efficiency, PNNL also installed and tested its Intelligent Load Control (ILC) in both buildings. ILC quickly and automatically adjusts building electricity needs in response to power grid supply and demand fluctuations.
+
+**Impact**: Most commercial buildings could benefit from operational improvements and the ability to communicate directly with the power grid to save energy and costs. The application deployments identified some significant energy-saving opportunities for both buildings, as well as infrastructure issues that may hinder effective use. Further, the lessons learned from the testing will help potential future users of ILC and efficiency applications reduce the effort needed to apply the technologies in buildings.
+
+Dispatching Optimization and Savings
+
+A Pacific Northwest National Laboratory (PNNL) technology that employs Eclipse VOLTTRON successfully enabled economic dispatch during a multi-month field test in New York in 2019. Read More.
+
+Economic dispatch effectively optimizes the operation of combined heating, cooling, and power system (CHP) units. This advance could be key in bringing more clean, renewable energy onto the power grid.
+[PNNL’s method](https://www.pnnl.gov/news-media/dispatch-delivers-good-energy-news), which also could save energy and enhance grid reliability, successfully enabled economic dispatch during the New York field test at an energy provider’s plant. Results strongly suggest the system can be deployed in the field and customized at lower cost than existing options.
+
+**Impact**: The technology represents a cost and performance breakthrough, and a step forward in establishing next-generation integrated energy systems. A benchmarking analysis, which examined operations during the field test and compared the economic dispatch system to the previous CHP control method, demonstrated savings on the order of $50 per day. This equates to $20,000 per year in additional profit from a CHP.
+-->

content/posts/ConnectedHomes.md

@@ -1,13 +1,22 @@
 ---
-title: Connecting Home Appliances
+title: Connected Homes
 image: images/MarketsImages/ConnectHouse.png
 Description: Whether it involves control of thermostats, lighting, hot water or other functions, Eclipse VOLTTRON is a secure solution that can help turn today’s house into tomorrow’s connected home, enabling features that result in improved energy efficiency, cost savings and convenience.
 date: "2020-01-06T00:00:00"
 sidebar_left: ConnectedHome
+sidebar_right: ConnectedHomeRight
 
 summary: Whether it involves control of thermostats, lighting, hot water or other functions, Eclipse VOLTTRON is a secure solution that can help turn today’s house into tomorrow’s connected home, enabling features that result in improved energy efficiency, cost savings and convenience.  
 
 ---
-The PNNL technology can enable the heating and cooling units and hot water heaters to manage their electricity use in ways that help the grid coordinate supply and demand, while enabling occupant cost and comfort preferences. 
+<!-- PNNL is introducing technologies, including Eclipse VOLTTRON, Intelligent Load Control, Automated Fault Detection and Diagnostics (AFDD), and Automated Identification of Re-tuning or Retro-commissioning (AIRCx) to [Connected Communities](https://www.pnnl.gov/news-media/pnnl-helps-build-connected-communities) projects in Spokane, WA and Salt Lake City, UT.
 
-**Impact**: The technology could benefit an estimated 120 million homes. Working in concert with utilities and the grid, such smart appliances can quickly and automatically change their electricity demand to help even out grid variations and ultimately reduce the amount of greenhouse gases entering the atmosphere.
+**Impact**: The projects, which serve as models for future efforts, seek to transform thousands of homes and workplaces into state-of-the-art, energy-efficient buildings that interact with the grid to coordinate their energy consumption. The coordination can save energy, reduce costs and carbon emissions, improve grid reliability, and increase use of clean energy sources.
+
+<“Connecting” Home Appliances
+
+Eclipse VOLTTRON and associated algorithms were applied in a project that effectively transformed existing home heating and cooling units and hot water heaters into smart appliances that can coordinate with the grid. Read More.
+
+The [Pacific Northwest National Laboratory](https://www.pnnl.gov/news-media/electric-connection-homes-helping-grid)-developed technology enables the heating and cooling units and hot water heaters to manage their electricity use in ways that help the grid coordinate supply and demand, while also enabling occupant cost and comfort preferences.
+
+**Impact**: The technology could benefit tens of millions of homes. Working in concert with utilities and the grid, such smart appliances can quickly and automatically change their electricity demand to help even out grid variations and ultimately reduce the amount of greenhouse gas entering the atmosphere.-->