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Markets
Utility-scale solar energy has been generating reliable, clean electricity at a exponentially declining cost for decades. Developing utility-scale solar power is one of the most promising ways to reduce carbon emissions and put Canada on a path to a clean energy future.
Utility scale means we have a sole focus on solar assets that exceed 5 Megawatts of generation capacity and sell energy directly into the local electrical grid. The projects we originate, design and construct are most often ground mounted arrays spanning hundreds of acres over agricultural and brownfield lands. While we have a niche development focus on behind the fence distributed energy resources, we have the ability to design, consult and construct transmission connected projects exceeding hundreds of megawatts.
We develop distribution grid connected solar generation and storage facilities across Western Canada. Our projects are typically in-front of the meter and provide electricity directly to the power grid in geographic proximity to where it’s consumed. This results in greater grid efficiency and a reduction in energy losses due to distributing and transmitting power over long distances from high carbon emitting sources.
We believe distributed energy resources are the future of a sustainable and productive economy and utility scale distributed generation solar project much like those we originate will be the keystone to our energy abundant future.
Utility-scale solar energy has been generating reliable, clean electricity at a exponentially declining cost for decades. Developing utility-scale solar power is one of the most promising ways to reduce carbon emissions and put Canada on a path to a clean energy future.
Utility scale means we have a sole focus on solar assets that exceed 5 Megawatts of generation capacity and sell energy directly into the local electrical grid. The projects we originate, design and construct are most often ground mounted arrays spanning hundreds of acres over agricultural and brownfield lands. While we have a niche development focus on behind the fence distributed energy resources, we have the ability to design, consult and construct transmission connected projects exceeding hundreds of megawatts.
We develop distribution grid connected solar generation and storage facilities across Western Canada. Our projects are typically in-front of the meter and provide electricity directly to the power grid in geographic proximity to where it’s consumed. This results in greater grid efficiency and a reduction in energy losses due to distributing and transmitting power over long distances from high carbon emitting sources.
We believe distributed energy resources are the future of a sustainable and productive economy and utility scale distributed generation solar project much like those we originate will be the keystone to our energy abundant future.
Utility-scale solar energy has been generating reliable, clean electricity at a exponentially declining cost for decades. Developing utility-scale solar power is one of the most promising ways to reduce carbon emissions and put Canada on a path to a clean energy future.
Utility scale means we have a sole focus on solar assets that exceed 5 Megawatts of generation capacity and sell energy directly into the local electrical grid. The projects we originate, design and construct are most often ground mounted arrays spanning hundreds of acres over agricultural and brownfield lands. While we have a niche development focus on behind the fence distributed energy resources, we have the ability to design, consult and construct transmission connected projects exceeding hundreds of megawatts.
We develop distribution grid connected solar generation and storage facilities across Western Canada. Our projects are typically in-front of the meter and provide electricity directly to the power grid in geographic proximity to where it’s consumed. This results in greater grid efficiency and a reduction in energy losses due to distributing and transmitting power over long distances from high carbon emitting sources.
We believe distributed energy resources are the future of a sustainable and productive economy and utility scale distributed generation solar project much like those we originate will be the keystone to our energy abundant future.
Utility-scale solar energy has been generating reliable, clean electricity at a exponentially declining cost for decades. Developing utility-scale solar power is one of the most promising ways to reduce carbon emissions and put Canada on a path to a clean energy future.
Utility scale means we have a sole focus on solar assets that exceed 5 Megawatts of generation capacity and sell energy directly into the local electrical grid. The projects we originate, design and construct are most often ground mounted arrays spanning hundreds of acres over agricultural and brownfield lands. While we have a niche development focus on behind the fence distributed energy resources, we have the ability to design, consult and construct transmission connected projects exceeding hundreds of megawatts.
We develop distribution grid connected solar generation and storage facilities across Western Canada. Our projects are typically in-front of the meter and provide electricity directly to the power grid in geographic proximity to where it’s consumed. This results in greater grid efficiency and a reduction in energy losses due to distributing and transmitting power over long distances from high carbon emitting sources.
We believe distributed energy resources are the future of a sustainable and productive economy and utility scale distributed generation solar project much like those we originate will be the keystone to our energy abundant future.
Utility-scale solar energy has been generating reliable, clean electricity at a exponentially declining cost for decades. Developing utility-scale solar power is one of the most promising ways to reduce carbon emissions and put Canada on a path to a clean energy future.
Utility scale means we have a sole focus on solar assets that exceed 5 Megawatts of generation capacity and sell energy directly into the local electrical grid. The projects we originate, design and construct are most often ground mounted arrays spanning hundreds of acres over agricultural and brownfield lands. While we have a niche development focus on behind the fence distributed energy resources, we have the ability to design, consult and construct transmission connected projects exceeding hundreds of megawatts.
We develop distribution grid connected solar generation and storage facilities across Western Canada. Our projects are typically in-front of the meter and provide electricity directly to the power grid in geographic proximity to where it’s consumed. This results in greater grid efficiency and a reduction in energy losses due to distributing and transmitting power over long distances from high carbon emitting sources.
We believe distributed energy resources are the future of a sustainable and productive economy and utility scale distributed generation solar project much like those we originate will be the keystone to our energy abundant future.
Smart Grid
Digital innovation has extended beyond the computing world into the energy markets. Like the Internet, a “Smart Grid” consists of controls, computers, automation, new technologies and equipment working together to respond to our everchanging electric demand, increase efficiency and reduce environmental impacts.
Our projects leverage smart grid technologies to manage solar generation variabilities and optimize our generation outputs. This allows us to send and receive information along with the energy we produce resulting in two way communication with grid operators and our corporate energy offtakes. In addition to improved security and stability smart grid deployments result in reduced operation and management costs for all parties involved in the electricity value chain.
Battery Storage
Energy storage economics have improved significantly in recent years as a result of increased demand for storage technology innovation and cost reduction. We believe battery storage will become commonplace and all our projects are designed with current or future battery integration in mind. Incorporating energy storage allows Voltarix to perform grid balancing exercises during peak power consumptions levels which results in greater electricity stability mitigating the natural volatility that often comes with renewable generation.
During early stages of our projects we perform deep analysis of the existing power loads and forecasted energy yields to optimize our dispatchable energy strategies. Our forthright and early focus on battery storage strategies often make the difference in project economics.
Smart Grid
Digital innovation has extended beyond the computing world into the energy markets. Like the Internet, a “Smart Grid” consists of controls, computers, automation, new technologies and equipment working together to respond to our everchanging electric demand, increase efficiency and reduce environmental impacts.
Our projects leverage smart grid technologies to manage solar generation variabilities and optimize our generation outputs. This allows us to send and receive information along with the energy we produce resulting in two way communication with grid operators and our corporate energy offtakes. In addition to improved security and stability smart grid deployments result in reduced operation and management costs for all parties involved in the electricity value chain.
Battery Storage
Energy storage economics have improved significantly in recent years as a result of increased demand for storage technology innovation and cost reduction. We believe battery storage will become commonplace and all our projects are designed with current or future battery integration in mind. Incorporating energy storage allows Voltarix to perform grid balancing exercises during peak power consumptions levels which results in greater electricity stability mitigating the natural volatility that often comes with renewable generation.
During early stages of our projects we perform deep analysis of the existing power loads and forecasted energy yields to optimize our dispatchable energy strategies. Our forthright and early focus on battery storage strategies often make the difference in project economics.
Battery Storage
Energy storage economics have improved significantly in recent years as a result of increased demand for storage technology innovation and cost reduction. We believe battery storage will become commonplace and all our projects are designed with current or future battery integration in mind. Incorporating energy storage allows Voltarix to perform grid balancing exercises during peak power consumptions levels which results in greater electricity stability mitigating the natural volatility that often comes with renewable generation.
During early stages of our projects we perform deep analysis of the existing power loads and forecasted energy yields to optimize our dispatchable energy strategies. Our forthright and early focus on battery storage strategies often make the difference in project economics.
Smart Grid
Digital innovation has extended beyond the computing world into the energy markets. Like the Internet, a “Smart Grid” consists of controls, computers, automation, new technologies and equipment working together to respond to our everchanging electric demand, increase efficiency and reduce environmental impacts.
Our projects leverage smart grid technologies to manage solar generation variabilities and optimize our generation outputs. This allows us to send and receive information along with the energy we produce resulting in two way communication with grid operators and our corporate energy offtakes. In addition to improved security and stability smart grid deployments result in reduced operation and management costs for all parties involved in the electricity value chain.
Battery Storage
Energy storage economics have improved significantly in recent years as a result of increased demand for storage technology innovation and cost reduction. We believe battery storage will become commonplace and all our projects are designed with current or future battery integration in mind. Incorporating energy storage allows Voltarix to perform grid balancing exercises during peak power consumptions levels which results in greater electricity stability mitigating the natural volatility that often comes with renewable generation.
During early stages of our projects we perform deep analysis of the existing power loads and forecasted energy yields to optimize our dispatchable energy strategies. Our forthright and early focus on battery storage strategies often make the difference in project economics.
Smart Grid
Digital innovation has extended beyond the computing world into the energy markets. Like the Internet, a “Smart Grid” consists of controls, computers, automation, new technologies and equipment working together to respond to our everchanging electric demand, increase efficiency and reduce environmental impacts.
Our projects leverage smart grid technologies to manage solar generation variabilities and optimize our generation outputs. This allows us to send and receive information along with the energy we produce resulting in two way communication with grid operators and our corporate energy offtakes. In addition to improved security and stability smart grid deployments result in reduced operation and management costs for all parties involved in the electricity value chain.
Battery Storage
Energy storage economics have improved significantly in recent years as a result of increased demand for storage technology innovation and cost reduction. We believe battery storage will become commonplace and all our projects are designed with current or future battery integration in mind. Incorporating energy storage allows Voltarix to perform grid balancing exercises during peak power consumptions levels which results in greater electricity stability mitigating the natural volatility that often comes with renewable generation.
During early stages of our projects we perform deep analysis of the existing power loads and forecasted energy yields to optimize our dispatchable energy strategies. Our forthright and early focus on battery storage strategies often make the difference in project economics.
Smart Grid
Digital innovation has extended beyond the computing world into the energy markets. Like the Internet, a “Smart Grid” consists of controls, computers, automation, new technologies and equipment working together to respond to our everchanging electric demand, increase efficiency and reduce environmental impacts.
Our projects leverage smart grid technologies to manage solar generation variabilities and optimize our generation outputs. This allows us to send and receive information along with the energy we produce resulting in two way communication with grid operators and our corporate energy offtakes. In addition to improved security and stability smart grid deployments result in reduced operation and management costs for all parties involved in the electricity value chain.