Building Design Analysis
Tower-B1RC
| Model | Stories | Levels | Terraces | Interior (Sq.Ft) | Exterior (Sq.Ft) | Total (Sq.Ft) | Interior (Sq.M) | Exterior (Sq.M) | Total (Sq.M) | Floor Plan |
|---|---|---|---|---|---|---|---|---|---|---|
| 05-07 | 1 | 18-23 | 1 | 1396 | 270 | 1596 | 123 | 25 | 148 | View |
| 09-11 | 1 | 18-23 | 1 | 1596 | 398 | 1994 | 148 | 37 | 185 | View |
| 07-08 | 1 | 18-23 | 1 | 1598 | 290 | 1888 | 148 | 27 | 175 | View |
| 02-03 | 1 | 18-23 | 3 | 2502 | 232 | 3099 | 232 | 56 | 288 | View |
Construction Costs
Energy Usage Pattern
HVAC Load Estimation
Estimated net annual thermal energy requirement for the building based on the design and location.
| Month | Windows | Solar Panels | Heater | AC | Net (kWh) |
|---|---|---|---|---|---|
| Jan | 7.425736337 | 0 | 39.65932285 | 0 | 39.65932285 |
| Feb | 8.622272245 | 0 | 39.40966476 | 0 | 39.40966476 |
| Mar | 12.56672259 | 0 | 30.00175157 | 0 | 30.00175157 |
| Apr | 15.26567268 | 0 | 21.39908363 | 0 | 21.39908363 |
| May | 19.15313897 | 0 | 11.75063823 | 0 | 11.75063823 |
| Jun | 20.7219492 | 0 | 7.28585001 | 12.83516932 | 20.12101933 |
| Jul | 20.97978684 | 0 | 0 | 26.63698836 | 26.63698836 |
| Aug | 19.50788276 | 0 | 0 | 27.4484617 | 27.4484617 |
| Sept | 16.42423219 | 0 | 0 | 21.01154871 | 21.01154871 |
| Oct | 13.08403295 | 0 | 10.92516575 | 1.905864566 | 12.83103032 |
| Nov | 7.426613665 | 0 | 18.66833036 | 0 | 18.66833036 |
| Dec | 6.299589081 | 0 | 30.36912063 | 0 | 30.36912063 |
What-If Location Analysis
HVAC energy requirements for the building are influenced by both time of the year and location of the building in the world. Choose a different country below to see how this same building-design will perform under the geographic weather conditions for that country.
Building Location:
Estimated annual net energy is: 9103.95 kWh for location: Boston, MA
Cenacle Smart Building Solutions
Cenacle provides Smart-Building Solutions for analyzing the building-designs to evaluate the engineering and structural reliability, energy usage and Zero Net Energy (ZNE) sustainability.
The analysis is done based on multiple factors, such as:
- occupancy ratio
- structural elements used in the construction
- building neighborhood (overcast, shadows, elevation)
- geographic weather conditions ... so on
For example, strategically placed windows can amply the internal lighting, reducing the need for electric lighting during the day times. However, windows, if misplaced, can increase the internal temperature of the room due to direct sunlight, resulting in an increased load on the AC during the summer for cooling. Similarly, trees planted near windows can reduce the AC load during summer, however may increase the need for electric lighting during winters (by blocking the direct sunlight).
Cenacle smart building solutions take all the annual sun heliodon weather conditions into account while performing the annual energy usage predictions and provide accurate design corrections with suitable enhancements for maximizing the renewable energy usage and minimizing the building carbon footprint.
Key Features
- Real-time monitoring for renewable energy production equipment: Solar, Tidal and Wind electricity generation
- Real-time monitoring of energy usage for electric, natural gas, steam and fossil fuels
- Real-time monitoring of occupancy ratio and amenity usages for water, gas, plug-load etc.
- Near real-time access to your data from anywhere and any device
- Secure channels for data collection, access and manipulation
- Real-time alert notifications in case of excess usage or anomalous behavior
- Industry standards compliant: IIOT, Industry 4.0 and Metrics 2.0
- Control the costs with monthly and annual energy usage predictions
- Customizable alert limits and zone-alarm features
- Connect and integrate your vehicles with building operations using M2M Telematics for entry-exit control, auto fuel recharge reminders, anti-theft protection
Get in touch with us for a free energy analysis trial for your building.
Energy Audit Solutions
Cenacle Energy Audit Services comprise priliminary and detailed energy audits that include the below:
- Energy data collection and analysis
- Quantify energy costs and quantities
- Consolidate energy database formats to identify the usage by product, department, consumer etc.
- Correlate trends of production or business activity to the underlying energy costs
- Identify energy efficient business activities, projects and techno-economic feasibility evaluation
- Review energy procurement practices and identify cost-saving avenues
- Verify and advise the organization's compliance and policy regulation aspects
- Establish action plans for energy saving targets, streamlining procurement issues, costs reduction and staffing requirements etc.
- Recommendations on goal settings for energy saving, record keeping, reporting and energy accounting auditing and regulatory practices
Write to us for a free energy analysis audit trial for your organization.