diff --git a/docs/img/cbra/BP_Engineering_ Approach.png b/docs/img/cbra/BP_Engineering_ Approach.png index a0e0edca1afb910417c88efb4182ec5430bc0769..84e4e7b10158407174c9d5e021029346e6d94572 100644 Binary files a/docs/img/cbra/BP_Engineering_ Approach.png and b/docs/img/cbra/BP_Engineering_ Approach.png differ diff --git a/docs/img/eui_barh_AllAddress.png b/docs/img/eui_barh_AllAddress.png new file mode 100644 index 0000000000000000000000000000000000000000..cf9e16a2006e96bcfc51d7566e4fcbc9fa311b39 Binary files /dev/null and b/docs/img/eui_barh_AllAddress.png differ diff --git a/docs/index.html b/docs/index.html index 86670cb9b87d24902e4380766ce2582409db5dfd..abc5df45659e9f8b2097e537cdab055d856a7cd3 100644 --- a/docs/index.html +++ b/docs/index.html @@ -9,7 +9,7 @@ -
BlocPower’s Engineering Analysis of JoeNYC Buildings
+BlocPower’s Engineering Analysis of JOE NYC Buildings
BlocPower provides a comprehensive dashboard and suite of technology to help manage entire portfolios of buildings. - For JoeNYC, BlocPower’s engineers and data scientists analyzed city data to identify opportunities to better manage city buildings and retrofit buildings + For JOE NYC, BlocPower’s engineers and data scientists analyzed city data to identify opportunities to better manage city buildings and retrofit buildings most in need of a systems upgrade. - We believe that all JoeNYC buildings would benefit from cloud controlled IoT technology that will provide real-time data on building energy consumption and equipment usage. + We believe that all JOE NYC buildings would benefit from cloud controlled IoT technology that will provide real-time data on building energy consumption and equipment usage.Scatter plot: building efficiency ratio (heating) vs. building EUI (kBTU/sqft)
To assess the buildings in the JOE-NYC portfolio for retrofit potential, BlocPower compares the heating performance of the individual buildings with the energy usage per square footage. Comparison of a building's simulated heating demand with the amount of energy actually used to heat the building provides insight into a building's efficiency. Buildings that have high energy consumption compared to the projected demand and size of the size of the building are prime targets for retrofits. @@ -354,8 +354,8 @@From the provided utility data, BlocPower was able to identify the buildings with the greatest energy consumption per square foot, as well as identify the beneficial owners with the highest utility expenditures and energy consumption.
From the provided utility data, BlocPower was able to identify the buildings with the greatest energy consumption per square foot, as well as identify the beneficial owners with the highest utility expenditures and energy consumption.
-
+
From the provided utility data, BlocPower was able to identify the buildings with the greatest energy consumption per square foot, as well as identify the beneficial owners with the highest utility expenditures and energy consumption.
From the provided utility data, BlocPower was able to identify the buildings with the greatest energy consumption per square foot, as well as identify the beneficial owners with the highest utility expenditures and energy consumption.
This interactive map shows 87 buildings from the JoeNYC portfolio, and the average energy use intensity (EUI) of the last twelve months for each neighborhood.
+This interactive map shows 87 buildings from the JOE NYC portfolio, and the average energy use intensity (EUI) of the last twelve months for each neighborhood.
On the map, the circled numbers represent the number of buildings in the area.
This interactive map shows 87 buildings from the JoeNYC portfolio, and the energy use intensity (EUI) of the last twelve months for each building.
+This interactive map shows 87 buildings from the JOE NYC portfolio, and the energy use intensity (EUI) of the last twelve months for each building.