Apartment Complex

Project Description

An apartment complex in a sustainable community in Western Australia has garnered recognition as a pioneering development in eco-conscious living. Developed by a prominent property group, this complex features innovative two-story buildings equipped with advanced solar and battery technology, supported by governmental initiatives promoting sustainability. The project is setting new benchmarks for sustainable urban development in the region, exemplifying a model for eco-conscious living.

Project Summary

Arnowa aims to design effective governance models for deploying shared solar PV, battery, and monitoring systems in medium-density apartment complexes. This solution focuses on improving energy efficiency, reducing costs, and ensuring fair access to renewable energy sources.

Challenges

• Ownership and Accountability: Defining clear ownership and accountability for shared energy resources involves collaboration among diverse stakeholders.
• Technical Compatibility: Integrating various solar PV and battery systems within shared infrastructure presents technical challenges.
• Regulatory Frameworks: Navigating complex regulations to establish governance models for shared energy systems can be challenging.

Objective

To enhance energy efficiency and sustainability within the apartment complex by developing a robust governance model for shared renewable energy resources.

Solutions

• Advanced Solar and Battery Systems: Implementation of a 50kW PV solar system, a 100kW inverter system, and a 150kWh battery, focusing on technical alignment for peak efficiency and compatibility.
• No-Code Dashboard: A user-friendly dashboard manages individual apartment energy and water usage data while ensuring data privacy and security.
• Real-Time Monitoring: Continuous monitoring of energy and water consumption empowers residents to make sustainable choices and enhances overall efficiency.
• Simplified Tenant Billing: The solution streamlines tenant billing and provides clear consumption and cost data, making the process easier for all stakeholders.
• Energy Cost Savings: Residents can save on energy costs by storing excess solar power in the battery for evening use, reducing reliance on expensive grid purchases during peak hours.

Results

• Significant reductions in electricity consumption and energy bills were achieved.
• Automated and transparent tenant billing processes were established.
• Reduced carbon emissions contributed to a more sustainable environment.
• Project objectives were met within the specified time and budget constraints.

Notable reductions in failure rates and downtime were observed.

Location

• Sustainable community, Western Australia

Challenge

• Establishing clear ownership and accountability for shared energy resources among stakeholders
• Integrating diverse solar PV and battery systems within shared infrastructure
• Navigating complex regulatory frameworks for shared energy systems

Metering Hardware

• 50 kW PV solar system with a 100 kW inverter and a 150 kWh battery for optimized performance
• No-code dashboard for managing individual apartment energy and water usage data
• Real-time monitoring of energy and water consumption for enhanced decision-making
• Simplified tenant billing system providing clear consumption and cost data

Results

• Significant reductions in electricity consumption and energy bills for residents
• Automated and transparent billing processes established for ease of use
• Lowered carbon emissions, contributing to environmental sustainability
• Project objectives met within specified time and budget constraints
• Reduced failure rates and downtime observed, enhancing operational reliability