Alberta's deregulated electricity market allows data centres to "bring their own power," offering flexibility in energy sourcing and partnerships.Energy Haven works closely with energy producers to deliver reliable, uninterrupted power to keep your data centres running efficiently. With Alberta's growing focus on AI-driven data centres and cloud infrastructure, the province offers a unique advantage for businesses looking to scale​

Energy Haven specializes in developing data centre-ready sites, ensuring power reliability, infrastructure, and scalability for centres ranging from 25MW to 150MW. Our projects provide robust energy solutions tailored to meet the increasing demands of AI, cloud computing, and data storage. We offer flexible lease options for data centre operators, allowing for seamless expansion and energy management​

Alberta’s competitive edge lies in its infrastructure and accessibility. With Energy Haven vast portfolio, including the AHI Red Deer project, we ensure your data centre's energy needs are met with precision and reliability. Whether it's leasing space in our advanced facilities or collaborating on custom energy solutions, Energy Haven is dedicated to supporting your growth in this rapidly expanding market​

Agrivoltaics, also known as dual-use farming, is a sustainable agricultural practice that involves the simultaneous use of land for solar energy production and agricultural activities. By installing solar panels above or alongside crops, farmers can generate clean energy while maintaining crop productivity. This innovative approach not only helps reduce greenhouse gas emissions but also optimizes land use efficiency, allowing for the coexistence of energy generation and food production on the same land. Agrivoltaics represents a harmonious synergy between renewable energy and agriculture, contributing to both environmental conservation and economic viability.

Through the adoption of agrivoltaics, we prioritize the safety, preservation, and enrichment of agricultural land for sustainable utilization. By integrating solar panels with farming practices, we protect farmland from potential degradation or conversion to non-agricultural use, preserving its intrinsic value for future generations. This dual-use system enhances the resilience of agricultural operations, mitigates land degradation risks, and promotes biodiversity conservation. By safeguarding farm land through agrivoltaics, we strive to create a sustainable and robust agricultural ecosystem that meets the growing energy and food demands while respecting the environment.

The efficient integration and design of agrivoltaics systems play a pivotal role in maximizing energy production and land productivity. Through careful planning and innovative design, we tailor agrivoltaics systems to optimize solar energy capture and crop growth, ensuring a balance between energy generation and agricultural output. By strategically arranging solar panels to minimize shading and maximize light exposure for crops, we can boost energy yields and agricultural productivity. The symbiotic relationship between solar energy and agriculture in agrivoltaics not only enhances land use efficiency but also fosters a sustainable ecosystem where renewable energy and food production coexist synergistically.