FAQs

While achieving a zero electricity bill is possible with solar energy, it depends on factors such as system size, energy consumption, and tariff rates. With the right-sized system, storage, and efficient energy management, you can significantly reduce or eliminate your electricity bill.

Oversizing the solar system allows for maximum energy production, especially during peak sunlight hours. This ensures optimal performance and efficiency, even under less-than-ideal conditions like partial shading or cloudy days.

• Solar quotes are customised based on various factors specific to your property and energy needs. Without a thorough assessment, providing an accurate ballpark figure may lead to misinformation. We believe in transparency and accuracy, which is why we offer personalised quotes after a detailed consultation.

• lthough we aim to complete every install within a 4-6 week timeframe from the day you sign, installation timelines can vary depending on factors like system size, equipment availability, and scheduling. Our team strives to complete installations promptly while maintaining high-quality standards. Contact us to discuss your timeline and schedule a consultation.

• Peak and off-peak times under Tariff 93 vary based on the day of the week and the season. These time periods are structured to reflect fluctuations in electricity demand throughout the day and to incentivize consumption during off-peak hours. Here's a general overview:

• Peak Times: Peak times typically occur during weekdays in the morning and evening when households and businesses have higher energy consumption. Peak times may also coincide with periods of reduced solar generation, increasing reliance on grid electricity.
• Off-Peak Times: Off-peak times occur during periods of lower energy demand, such as overnight, during the middle of the day, and weekends. Off-peak rates are lower than peak rates, providing customers with an incentive to shift energy usage to off-peak hours when demand is lower.
• For more information on Tariff 93 go to https://www.auroraenergy.com.au/residential/products/electricity-plans

Several factors influence the cost of your solar quote, including system size, roof type, shading, electrical infrastructure, and more. Our team conducts a thorough assessment to provide you with an accurate and customised quote tailored to your specific needs.

Sizing your solar system involves considering factors such as energy consumption, roof space, orientation, shading, and budget. Our team performs a detailed analysis to determine the optimal system size that maximises energy production and cost-effectiveness. As a general rule however if you work on 1.1kW of solar for every $100 of your quarterly bill we’ll be within 10% of what you require.

• Expert Energy Tasmania uses in-house accredited and experienced solar installers who undergo rigorous training and adhere to industry best practices.
• Rest assured, your solar system will be installed by qualified professionals committed to quality and safety.

In Tasmania, the installation of solar panels is subject to planning and permit requirements, especially for systems exceeding 38 square metres in size. Here's an explanation of the planning and permit requirements based on information from the Tasmanian government's Consumer, Building and Occupational Services (CBOS) website:

1. Planning Approval:
   • For solar installations exceeding 38 square metres in size, planning approval may be required from the local council or relevant planning authority.
   • The purpose of planning approval is to ensure that the installation complies with local planning regulations and does not adversely impact the surrounding environment or neighbourhood.
2. Permit Requirements:
   • In addition to planning approval, certain solar installations may require a building permit from the local council or building regulator.
   • Building permits are necessary to ensure that the installation meets building code requirements, structural integrity standards, and safety regulations.
3. Application Process:
   • To obtain planning approval and building permits for solar installations over 38 square metres, applicants typically need to submit a formal application to the local council or relevant planning authority.
   • The application process may involve providing detailed plans, specifications, and other relevant documentation outlining the proposed installation.
4. Assessment Criteria:
   • Planning authorities assess solar installation applications based on various criteria, including:
     • Compliance with local planning regulations and zoning ordinances.
     • Potential visual impact on the surrounding landscape or neighbourhood.
     • Structural integrity and safety of the installation.
     • Protection of heritage or environmentally sensitive areas, if applicable.
     • Adherence to setback requirements and building height restrictions.
5. Consultation and Approval:
   • During the application process, planning authorities may consult with relevant stakeholders, such as neighbouring property owners, community groups, and environmental agencies, to gather feedback and address any concerns.
   • Once all requirements are met and any necessary approvals obtained, the installation can proceed.
6. Professional Assistance:
   • Due to the complexity of planning and permit requirements, it is advisable for individuals or businesses planning large-scale solar installations to seek professional assistance from architects, engineers, or solar consultants.
   • These professionals can help navigate the application process, ensure compliance with regulations, and optimise the design and placement of the solar system.
7. CBOS Resources:
   • The Consumer, Building and Occupational Services (CBOS) website provides valuable resources, guidelines, and contact information related to planning and permit requirements for solar installations in Tasmania.
   • Applicants can refer to CBOS resources for detailed information and assistance throughout the application process.

By understanding and complying with planning and permit requirements, individuals and businesses can ensure that their solar installations are legally compliant, safe, and environmentally responsible. For specific guidance and assistance, applicants are encouraged to consult with local planning authorities and seek professional advice as needed.

Navigating Solar Installations Beyond 8kW: A Financial Perspective

When considering solar installations exceeding 8kW, it's crucial to understand the implications in terms of council permits and engineering signoffs. Here's why opting for a 13kW maximum single-phase system from the outset can make more financial sense:

1. Permitting Costs:
   • As solar systems surpass 8kW, local council regulations often require additional permits for installation. These permits come with associated fees, adding to the overall project cost.
2. Engineering Sign Off:
   • Larger solar installations typically necessitate engineering signoffs to ensure structural integrity and compliance with building codes. This signoff incurs additional expenses.
3. Cost Efficiency:
   • While the initial investment for a 13kW system might be higher than that for an 8kW system, factoring in the expenses for permits and engineering signoffs for the latter can tilt the financial scale in favour of the former.
4. Maximising Value:
   • Investing in a 13kW system from the outset allows for the maximisation of available rooftop space and electricity generation potential. It ensures optimal utilisation of resources and provides greater long-term benefits.
5. Future-Proofing:
   • Opting for a 13kW system future-proofs your energy needs, especially if there's a possibility of increased electricity consumption over time. It offers scalability and flexibility to accommodate evolving energy requirements.
6. Simplified Process:
   • By choosing the 13kW maximum single-phase system upfront, you streamline the installation process. There's no need to revisit permitting and engineering considerations down the line, saving both time and resources.
7. Consultation and Support:
   • Our team at Expert Energy Tasmania is dedicated to assisting you in making informed decisions regarding solar installations. We provide comprehensive consultations and support to help you navigate the complexities of system sizing, permitting, and engineering requirements.

Conclusion:

Opting for a 13kW maximum single-phase system straightaway presents a financially prudent approach, minimising permitting and engineering costs while maximising energy generation potential. It ensures a hassle-free installation process and sets the stage for long-term energy savings and sustainability. Contact Expert Energy Tasmania today to explore how we can help you make the most of your solar investment.

Exploring the Appeal of Off-Grid Living in Remote or Rural Areas

In remote or rural areas where access to the electricity grid is limited or unreliable, the prospect of going off-grid holds significant appeal. Off-grid systems offer independence from traditional utility companies and can be a sustainable solution with adequate solar generation and energy storage capacity. Here's why:

1. Energy Independence:
   • Off-grid living liberates individuals and communities from reliance on centralised electricity grids. Instead, they generate, store, and manage their own energy, reducing dependence on external utility providers.
2. Reliability in Remote Areas:
   • Remote or rural areas often face challenges with grid connectivity, experiencing frequent power outages or limited access to electricity. Off-grid systems provide a reliable alternative, ensuring continuous power supply even in remote locations.
3. Environmental Sustainability:
   • Off-grid systems typically rely on renewable energy sources like solar power, wind energy, or hydroelectricity, minimising reliance on fossil fuels and reducing carbon emissions. This aligns with sustainable living principles and promotes environmental stewardship.
4. Cost Savings:
   • While the initial investment for off-grid systems can be significant, especially for energy storage solutions like batteries, they offer long-term cost savings. Users avoid monthly electricity bills and potential grid connection fees, offsetting the upfront costs over time.
5. Increased Resilience:
   • Off-grid systems enhance resilience against external disruptions, such as extreme weather events or utility infrastructure failures. Users maintain power autonomy and can weather unforeseen challenges more effectively.
6. Flexibility and Adaptability:
   • Off-grid systems can be tailored to meet specific energy needs and environmental conditions. They offer flexibility in system design and allow for scalability as energy requirements evolve over time.
7. Empowerment and Self-Sufficiency:
   • Off-grid living fosters a sense of empowerment and self-sufficiency within communities. Users take control of their energy production and consumption, empowering them to make sustainable choices and reduce their ecological footprint.
8. Technological Advancements:
   • Advances in renewable energy technologies, energy storage solutions, and smart energy management systems have made off-grid living more feasible and efficient than ever before. These innovations enhance the reliability and performance of off-grid systems.

In conclusion, going off-grid can be an attractive option in remote or rural areas where grid access is limited or unreliable. With sufficient solar generation and energy storage capacity, off-grid systems offer energy independence, reliability, sustainability, and cost savings, empowering individuals and communities to embrace a more self-sufficient and resilient way of life.