SAVE AT HOME

Harness the Power of the Sun to Lower Your Bills and become your own electricity supplier

For homeowners in Georgia, solar energy is a smart investment that helps reduce electricity costs, increase property values, and gives you control over your own energy supply. With the country's abundant sunshine and growing focus on renewable energy sources, going solar is both a practical and forward-thinking decision.

Process:

The first step is an on-site assessment to determine your home's solar potential, taking into account factors such as roof orientation, shading, local climate conditions, etc. We will also accompany you every step of the way, handling the paperwork and ensuring that your grid connection application is completed correctly. Additionally, we help homeowners understand electricity rates and how maximizing self-consumption can lead to even greater savings.

Solar System Power

  • Cost Breakdown Title

Annual Savings & Performance

  • Annual Output: ~9600 – 12000 kWh
  • Annual Savings on Electricity Bills: GEL 2650 to GEL 3300
  • Environmental Savings: Offset ~7.6- 10.0 tons of CO₂ annually.

Payback & Long-Term Savings

  • Payback Period: 5-7 years.
  • 30-Year Savings: up to GEL 99 000
  • Increased Property Value yearly: Solar-equipped homes are typically valued 3-5% higher than non-solar homes.

Unique Considerations

Georgia’s solar sector is evolving rapidly, both in regulation and demand, and we are fully committed to staying ahead. Homeowners can now take advantage of energy storage systems from EcoVille, which allow you to store and use more of your own solar energy, increasing independence and reducing reliance on the grid.

While Energo Pro network users are transitioning to the net billing system, Telmico network users can still benefit from the existing net metering system. Every solar installation we implement is tailored to the specific needs of the homeowner, ensuring maximum efficiency and long-term savings.

Save in Business

Solar Power Solutions for Businesses (100 - 500 kWp)

All businesses in Georgia, from SMEs to large industrial plants, can significantly reduce energy costs by adopting solar power. Given the current electricity prices and government incentives, solar is not just an environmentally friendly choice, but also a smart financial investment.

Process:

Our team conducts a thorough energy audit to determine the appropriate system size and optimal placement, whether on rooftops, facades, or as ground-mounted systems. We will advise you on the registration of permits and the possibility of receiving subsidies, which may vary depending on the capacity of the station and the network operator. Larger systems are especially beneficial for businesses that operate during daylight hours, maximizing the self-consumption of solar-generated electricity.

Solar Station Power

  • Power: 100 – 500 kWp

Annual Savings & Performance

  • Annual Output: ~ 115000 – 600 000 kWh
  • Self-Consumption Rate: ~70% and more, significantly reducing energy costs.
  • Annual Savings on Energy Bills approx. GEL 32 000 to GEL 160 000
  • Carbon Reduction: around 92 – 460 tons of CO₂ annually.

Payback & Long-Term Savings

  • Payback Period: 3 – 5 years.
  • 20-Year Savings: GEL 640 000 to GEL 3 200 000
  • Enhanced Sustainability Profile: Solar power enhances your company’s environmental credentials and can serve as a unique selling point for customers and stakeholders.

Unique Considerations

Commercial and industrial (C&I) solar systems in Georgia benefit from energy storage options, which can further reduce peak demand charges. Energo Pro network users can take advantage of battery storage systems or direct connection solutions, ideal for businesses with consistent daily consumption, allowing them to maximize self-consumption and reduce reliance on the grid.

Telmico network users can still benefit from the existing net metering system and can apply for systems up to 500 kWp.

Business Solar Videos

Solar Station for Vito Motors

Solar Station for Vito Motors

Solar Station for Enza Home

Solar Station for Enza Home

Solar Station for Nika Plast

Solar Station for Nika Plast

Solar Station for Mekuda LLC

Solar Station for Mekuda LLC

Solar Station for Metro Proje

Solar Station for Metro Proje

Solar Station for Surami Hotel

Solar Station for Surami Hotel

View All Projects

Business Solar Projects

Solar Station for Kula Cannery

Solar Station for Kula Cannery

Total Capacity 1,100 kWp
Annual Productivity 1,500,000 kWh
Annual Savings GEL 435,000
Solar Station for Glass Work

Solar Station for Glass Work

Total Capacity 550 kWp
Annual Productivity 702,000 kWh
Annual Savings GEL 200,000
Solar Station for Gez Motors

Solar Station for Gez Motors

Total Capacity 200 kWp
Annual Productivity 230,200 kWh
Annual Savings GEL 66,700
Solar Station for Radisson Blu Hotel

Solar Station for Radisson Blu Hotel

Total Capacity 89.1 kWp
Annual Productivity 113,100 kWh
Annual Savings GEL 32,800
Solar Station for Surami Hotel

Solar Station for Surami Hotel

Total Capacity 75.03 kWp
Annual Productivity 64,500 kWh
Annual Savings GEL 18,700
Solar Station for Metro Proje

Solar Station for Metro Proje

Total Capacity 55.1 kWp
Annual Productivity 63,010 kWh
Annual Savings GEL 18,280
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Invest in Solar Farms

Make a Long-Term Investment in Renewable Energy

Solar farms present an excellent opportunity to diversify your investment portfolio. Given Georgia’s regulatory framework, securing land with proper zoning and grid access is essential. Additionally, with the country’s strong focus on sustainability, solar farms are well-suited for green investment funds, attracting ethical investors seeking to make a positive environmental impact. In fact, while it’s not an official figure, there are already industry estimates of over 10 GW worth of utility-scale solar applications filed. That shows just how much interest and opportunity exists here, and EcoVille is ready to help turn that potential into real, high-impact energy projects.
But we’re not just builders. We believe in building capacity too, so we invest in local talent. We’re training Georgian specialists to meet international standards, ensuring that the solar systems will be built and maintained right here, with world-class quality.

With over 10 years of experience in the solar industry and more than 300 MW designed and constructed, EcoVille is a trusted partner for utility-scale projects.

We have launched a full-cycle EPC model, expanded into large-scale solar development, and built 10 solar farms totaling 60 MW in 2024 alone, while providing design and author supervision for an additional 75 MW.

Process:

Our EPC process covers every step:

  1. Site selection and land acquisition: Identifying or acquiring optimal land for solar performance
  2. Feasibility studies: Assessing solar potential, energy yield, and financial viability
  3. Project design: Optimizing layouts, inverters, stringing, cables, and monitoring systems for efficiency and reliability
  4. Regulatory compliance: Ensuring local permitting, environmental approvals, and grid connection requirements are met
  5. Construction and commissioning: Managing the build and integrationinto the national network
  6. Operations and monitoring: SCADA and performance tracking for long-term efficiency.

Strategic Advantages of Solar Farm Investment

Global capacity is expected to grow by over 20% annually, driven by falling technology costs and rising demand.

High Return Potential

Well-managed solar farms can yield internal rates of return (IRR) between 6% and 12%, depending on location, subsidies, and energy pricing. Utility-scale projects often benefit from long-term power purchase agreements (PPAs), locking in predictable revenue.

Stable and Passive Income

Once operational, solar farms generate low-maintenance, recurring income for 20–30 years. With minimal operational costs and no fuel expenses, they offer excellent cash flow stability.

Government Incentives and Subsidies

Many countries offer feed-in tariffs, tax credits, and grants for solar development. In the EU, the Green Deal and REPowerEU initiatives support solar expansion with billions in funding.

Carbon Offset and ESG Value

A 1 MW solar farm offsets approximately 1,500 tons of CO₂ annually. Investors benefit from enhanced ESG ratings, carbon credits, and reputational gains.

Solar Farm Videos

2766.06 kWp utility-scale solar power plant

5500.53 kWp utility-scale solar power plant from EcoVille

5500.53 kWp utility-scale solar power plant from EcoVille

Utility-scale solar power plants from EcoVille

Utility-scale solar power plants from EcoVille

Utility-scale solar power plants from EcoVille

Utility-scale solar power plants from EcoVille

Utility-scale solar power plants from EcoVille

Utility-scale solar power plants from EcoVille

Utility-scale solar power plants from EcoVille

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Solar Farm Projects

32.3 MW Utility-Scale Solar Power Plant

32.3 MW Utility-Scale Solar Power Plant

Total Capacity 32,300 kWp
Annual Productivity 36,785,100 kWh
5,594.4 Utility-scale Solar Power Plant

5,594.4 Utility-scale Solar Power Plant

Total Capacity 5,594.4 kWp
Annual Productivity 9,594,396 kWh
5522.4 kWp Utility-scale Solar Power Plant

5522.4 kWp Utility-scale Solar Power Plant

Total Capacity 5522.04 kWp
Annual Productivity 9,349,423 kWh
5070 kWp Utility-scale Solar Power Plant

5070 kWp Utility-scale Solar Power Plant

Total Capacity 5070 kWp
Annual Productivity 8,441,550 kWh
5500.53 kWp Utility-scale Solar Power Plant

5500.53 kWp Utility-scale Solar Power Plant

Total Capacity 5500.53 kWp
Annual Productivity 9,268,393 kWh
5065.06 kWp Utility-scale Solar Power Plant

5065.06 kWp Utility-scale Solar Power Plant

Total Capacity 5065.06 kWp
Annual Productivity 8,433,325 kWh
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STORAGE SYSTEMS

Storage batteries: Maximize the Potential of Your Solar System

Energy storage solutions are transforming the way we harness solar power by enabling you to store excess energy for later use, increasing energy independence and financial savings. In Georgia, battery storage is gaining popularity, particularly among Energo Pro network users, because of the upcoming shift from net metering to net billing, making it more cost-effective to maximize self-consumption.

What is Energy Storage?

Energy Storage Systems (ESS), typically in the form of battery storage, allow you to store surplus electricity generated by your solar panels during the day. This stored energy can then be used during peak times or at night when the sun isn’t shining. In Georgia, batteries are the most common and efficient solution, offering high storage capacity (depending on size), a reasonable lifespan, and compatibility with solar PV systems.

Key Benefits of Storage Solutions

  1. Increased Self-Consumption

    With a battery system, you can significantly increase your self-consumption rate, from a typical 30-40% without storage to over 70% with storage. This is critical in Switzerland, where feed-in tariffs have decreased, making it more profitable to consume the energy you produce rather than sell it back to the grid at lower rates. Example: A typical 8 kWp solar system in Switzerland generates around 7,200 kWh/year. Without storage, you might only consume 30% (~2,160 kWh). With storage, this can increase to 70% (~5,040 kWh), reducing your reliance on the grid and enhancing savings.

  2. Protection Against Rising Energy Costs

    Energy prices in Switzerland may continue to rise in the coming years. A storage system allows you to store electricity when prices are low (e.g., during off-peak hours) and use it during peak hours, helping you avoid high energy rates. This kind of “peak shaving” is particularly beneficial for businesses with high electricity demands during the day

  3. Energy Independence.

    By combining solar power with battery storage, you reduce your reliance on the utility grid, especially during power outages or periods of high demand. In rural areas or regions with unreliable grid stability, a solar system with energy storage ensures continuous power even when the grid is down.

  4. Sustainability and CO₂ Reduction

    Storing and using more of the energy you produce contributes to a lower carbon footprint, helping Switzerland achieve its Energy Strategy 2050 goal of a carbon-neutral energy system. Battery storage ensures that your excess clean energy isn’t wasted and reduces your overall reliance on fossil fuel-generated electricity from the grid.

How Storage Works: The Process

  1. Solar Panels Generate Energy: During daylight hours, your solar PV system generates electricity, harnessing the power of the sun.
  2. Excess Energy Stored: Any excess energy is sent to your battery storage system instead of being fed back into the grid. This energy is saved for later use.
  3. Use Stored Energy During Peak Hours or at Night։ Once the sun sets, or during periods of high electricity rates, your stored energy is used to power your home or business, reducing grid consumption and electricity costs.
  4. Back-Up Power: In case of a possible grid failure, your battery storage can continue to supply electricity to essential devices, ensuring uninterrupted power.

Types of Battery Storage Systems

Lithium-Ion Batteries:

  • Most Common: These batteries are widely used in both residential and commercial solar systems due to their high energy density, proven cycle life, and low maintenance requirements.
  • Cost: The price for lithium-ion batteries in Switzerland ranges from CHF 5,000 to CHF 10,000 for a 10 kWp system, depending on the brand, which is suitable for most homes.
  • Lifespan: Lithium-ion batteries have a lifespan of 10-12 years, depending on usage patterns.
  • Efficiency: High efficiency rates of 90-95%, meaning you lose very little of the energy stored.

Lead-Acid Batteries:

  • Cost-Effective: These are more affordable alternatives, but they come with a shorter lifespan (5-7 years) and lower efficiency (around 70-80%).
  • Best for Occasional Use: They can be a suitable choice for backup power in less demanding applications, though they require more frequent maintenance.

Hybrid Inverter Systems:

  • Integrated Solution: Hybrid inverters combine solar PV and battery storage, allowing for seamless energy management. They regulate energy flows between the solar panels, battery, and the grid to ensure optimal usage.
  • Smart Systems: These inverters can automatically decide when to charge the battery, use solar energy, or switch to the grid based on consumption patterns and electricity rates.

Future of Storage in Georgia

As Georgia continues its transition to renewable energy sources, energy storage solutions are becoming increasingly important for balancing supply and demand, especially with the transition from net metering system to net billing. Advancements in battery technology, such as solid-state batteries, promise longer lifespans, faster charging, and higher energy density, making storage solutions even more attractive for future solar adopters.

“Arega” Battery Storage – EcoVille’s Own Innovation

Foreseeing the upcoming shift from net metering to net billing, EcoVille is ready to provide “Arega” energy storage systems, fully developed and produced in-house. These systems allow clients to store and use more of their own solar energy, increasing independence and reducing reliance on the grid. Every project is tailored to meet the specific needs of each customer.

Is Storage Right for You?

If your home or business consumes a significant amount of electricity in the evening or you aim to enhance your energy independence, integrating battery storage with your solar system is a wise investment. Along with providing security during potential outages and shielding you from rising energy prices, battery storage is a forward-thinking solution that maximizes the value of your solar investment.

E-MOBILITY

E-Mobility: The Future of Sustainable Transportation

E-mobility refers to the use of vehicles that are powered by electricity. This includes both fully electric vehicles (EVs) and hybrid vehicles, which utilize both an electric motor and an internal combustion engine. The use of electric
vehicles offers numerous advantages that impact both individual and societal
aspects:

  • Environmentally friendly: Reduces CO₂ emissions and improves air quality, as electric vehicles do not emit harmful emissions during operation.
  • Cost savings: Lower operating costs compared to conventional vehicles that use gasoline or diesel

Which Charging Station Should Be Chosen?

The selection of the right charging station depends on several important factors:

  • Vehicle: The charging power of the electric car determines the minimum charging power that the charging station must offer. For example, if your car supports a high charging power, it makes sense to choose a charging station with a correspondingly higher charging capacity to optimize charging times.
  • Location: Whether the charging station is installed in the garage or on the outer wall has no impact on the requirements for the power supply and installation. Simpler installations may be possible in the garage, while additional measures to protect against weather conditions may be necessary on the outer wall
  • Budget: Charging stations come in various price ranges, with more expensive models often offering additional features such as higher charging power, smart control, or enhanced safety features. It is important to find the right balance between price and performance according to individual needs and circumstances.

How Fast Does the Charging Station Charge?

The charging time of your electric car is determined by four essential factors:

  1. Driven kilometers per day: If you only drive short distances, a lower charging power is often sufficient. For longer trips or more frequent driving, a more powerful charging station may be beneficial to charge the battery more efficiently.
  2. Charging power of the charging station: A charging station with higher charging power can charge your vehicle faster. However, both the charging station and the vehicle must support the same charging power to achieve this speed.
  3. Charging technology of the car: The charging capacity of the electric car determines how quickly it can be charged. Almost all vehicles support fast charging, while others can only charge more slowly. It is important to consider the vehicle’s technical specifications in this regard.
  4. Battery capacity: Larger batteries require more time to be fully charged. If your vehicle has a high capacity, charging will generally take longer, even if the charging station offers high charging power.

How Fast Does the Charging Station Charge?

  • Connection to photovoltaic system: Smart charging stations enable integration with your photovoltaic system. This allows the produced solar power to be used directly for charging your electric car. This way, the excess solar power is not fed into the grid at low prices but is optimally used for your vehicle.
  • Controlled charging: With a smart charging station, you can control the charging process, allowing for efficient use of power and optimizing charging times.
  • Electricity billing with other users: A smart charging station allows you to transparently share the electricity costs with other people who also use your charging station. This is especially useful in multi-family homes or for jointly used charging points.

Make sure that the charging station is compatible with your vehicle’s plug system to ensure a smooth charging experience. The choice of plug type directly affects charging speed and convenience.

Professional Installation – a Must for Your Safety

  • Responsibility of the builder: In Switzerland, the installation of a charging station is the responsibility of the builder. However, it requires expertise, especially regarding safety requirements.
  • Proper Installation: A charging station should always be installed by a qualified professional. They will inspect your electrical installation and ensure proper installation, so your charging station works safely and
    reliably.

Costs and Installation Requirements

  • Costs:  The price varies depending on the power capacity or requirements, such as the length of the cable connections and the choice of charging station.
  • Electrical connection: A three-phase electrical connection is typically required for the charging station. The exact type of connection depends on the charging power of the charging station.
  • Photovoltaic connection: If you wish to connect your charging station to a photovoltaic system, additional costs for integration may arise.

Installing a Charging Station Outdoors

  • Garage: In Georgia, the installation of a charging station in the garage is allowed. However, safety regulations, such as ensuring adequate ventilation, must be observed.
  • Weatherproof models: If the charging station is installed outdoors, you should choose a weatherproof model. EcoVille Georgia’s charging stations, for example, are designed to with stand outdoor weather conditions.

The installation of a charging station is a future-proof investment for your electric vehicle. EcoVille Georgia ensures that your charging station is installed quickly, safely, and efficiently – from selection to professional implementation. Trust our expertise to professionally and reliably design your charging infrastructure.

Maximizing Savings with a Solar Carport Installed by EcoVille

One of EcoVille Georgia’s standout solutions is the solar carport, an innovative structure that combines vehicle protection with energy savings, all while offering significant savings. This smart investment not only helps you save on electricity bills but also adds a layer of protection for your vehicles and enhances the value of your property.

What are key benefits of a solar carport:

  • Lower energy costs: Solar carports generate free electricity, reducing your reliance on the grid and lowering monthly energy bills.
  • Car protection: In addition to energy savings, solar carports provide essential protection for your vehicle, shielding it from harmful UV rays, hail, rain, and snow.
  • Electric vehicle charging: For EV owners, these carports provide a convenient, cost-free way to charge your vehicle using solar power.
  • Customizable sizes: Whether for a small home or a large business, EcoVille offers solar carports in various sizes to meet your specific energy needs.
  • Increased property value: Installing a solar carport can enhance your property’s value while making it more attractive to potential buyers.

Why choose EcoVille for your solar carport installation?

EcoVille Georgia specializes in designing and installing solar carports that meet the unique needs of both homes and businesses. Whether you need a compact carport for residential use or a larger setup for commercial purposes, we provide custom solutions tailored to your space and energy requirements. Our expert team ensures a seamless installation, so you can start enjoying the savings and benefits immediately.

Warranty information
EcoVille Georgia stands behind the quality of our products with long-term reliability:

  • 30-year estimated productivity for optimal performance and energy savings.
  • 12-year warranty on photovoltaic (PV) modules for durability.
  • 5-year warranty on inverters, covering vital system components.

With a variety of sizes, professional installation, and long-term warranties, EcoVille Georgia is the trusted partner for solar carports that meet your needs.

Frequently Asked Questions

Solar panels absorb the sun’s energy throughout the day. Then the inverter converts it into clean, renewable electricity. Our products are Tier 1 quality, ensuring our customers’ systems are highly efficient and can easily power their homes on a daily basis.

Not only you will start immediately seeing lower utility bills, but you’ll also see long-term savings over the lifetime of your system. A grid-tied PV system can protect you from electricity price increases for decades.

Your current monthly energy use and the size of your system will determine your actual savings amount. And with little or no startup costs, systems can start paying for themselves immediately. Savings will vary based on several factors, including system size, performance and your household’s average energy usage.

This very much depends on the positioning of your roof, the tilt and the structure. Without racking system, every kilowatt of the solar array takes about 6-7 square meters. So a typical 5kW array will take a roof area of ​​about 30-35 sq m.

Net metering is a process of reverse metering of outflows of excess electricity generated by micro generator and the electricity received from the network, whereby the generated and consumed electricity offset each other.

In Tbilisi, the net metering system is still available, and currently only Telmico network users can apply. 

If you are the owner of solar energy micro generator with the capacity below 500 kW, you can apply for the connection to the electricity distribution network and provide the excess electricity to the distribution company. This will allow you to satisfy your own consumption needs, save on your utility bills and even get reimbursement from the distribution company or other commercial company.

Since its future availability is uncertain, it’s recommended to apply as soon as possible to maximize the benefits of solar energy.

Net Billing is a mechanism that allows solar system owners to both use the electricity they generate and sell the surplus to the national grid. Unlike Net Metering, where exported electricity is credited at the same retail rate you pay for consumption, Net Billing compensates exported energy at a separate (usually lower) tariff set by the utility or market.

How it works step by step:

  • Self-consumption first: The electricity produced by your solar panels is used directly in your home or business.
  • Export to the grid: If your system generates more than you consume at that moment, the excess is exported to the grid.
  • Financial credit: The exported electricity is credited to your account based on the utility’s set purchase rate.
  • Import when needed: At night or when solar production is low, you draw power from the grid and pay the standard retail price.

Net Billing helps you lower your electricity costs by prioritizing self-consumption of solar energy, while also giving you the option to sell excess production to the grid. However, because exported electricity is compensated at a lower rate, maximizing on-site usage and considering storage solutions can make your investment even more effective.

 

An energy storage system (battery) stores electricity generated by your solar panels so it can be used later, instead of relying entirely on the grid.

It is especially useful when:

  1. Optimizing costs and maximizing self-consumption: Store excess solar energy instead of exporting it at a lower Net Billing rate. This allows you to use more of your own electricity, reduce grid dependence, and save more.

  2. Ensuring backup power: Keep essential appliances running during power outages.

  3. Future-proofing your investment: Energy storage adds flexibility and independence as electricity rates or regulations change.

Integrating a storage system helps you use more of your own solar energy, reduce electricity bills, and increase energy reliability.

A direct connection links your solar system straight to your facility, allowing the electricity generated to be used immediately on-site. This setup is ideal for businesses with consistent daytime electricity demand, such as offices, factories, or warehouses, because it maximizes the use of self-produced solar energy and reduces reliance on grid power during peak hours.

EPC stands for Engineering, Procurement and Construction. It describes the complete process of delivering a solar project:

 

  • Engineering – designing the system according to site conditions and energy needs.
  • Procurement – sourcing and supplying all necessary equipment and materials.
  • Construction – installing, connecting, and commissioning the solar system so it’s ready to operate.

 

With an EPC contract, you get a full solution – one partner is responsible for the entire project, from design to operation.

EcoVille stands out as a trusted EPC (Engineering, Procurement, and Construction) partner in the solar energy sector due to its comprehensive approach and proven track record. With over 10 years of experience, EcoVille has successfully completed more than 10,000 projects across Armenia, Georgia, and Switzerland, covering residential, commercial and industrial projects. 

 

Our services include:

– Customized system design: Tailored solutions to meet specific energy needs and site conditions.

– Quality equipment procurement: Sourcing top-tier components from leading international brands.

– Expert Installation: Professional setup, ensuring optimal system performance.

– Ongoing monitoring: Providing maintenance, monitoring, and post-installation services to ensure long-term reliability.

 

Our commitment to quality, sustainability, and customer satisfaction makes us a dependable partner for solar energy projects.

Find Out If Going Solar Is Right For You

Call +995 575 77 77 88 to get your quote