Smitel Energy
Energy systems design built for delivery
Design and delivery of energy systems, including solar, storage and electrical infrastructure.
We design and support renewable energy and electrical systems, delivering practical solutions that improve efficiency, optimise performance and integrate seamlessly into existing infrastructure.
Efficient, practical energy design
We focus on delivering reliable, well-defined energy systems . Designed for performance, cost control and long-term operation.
What we deliver
Solar and wind energy design
We design solar and wind energy projects, delivering practical solutions focused on performance, efficiency and integration into existing infrastructure. Our scope covers feasibility studies, concept design and detailed engineering, ensuring systems are technically robust and ready for delivery.
Solar and wind energy design
We design solar and wind energy projects, delivering practical solutions focused on performance, efficiency and integration into existing infrastructure. Our scope covers feasibility studies, concept design and detailed engineering, ensuring systems are technically robust and ready for delivery.
Energy assessment
Evaluation of project requirements, energy demand and site conditions to define the most suitable solution.
Feasibility studies
Assessment of site suitability, available resources and environmental constraints, including solar irradiation, wind conditions and regulatory considerations.
Concept design
Development of initial layouts and system configurations to optimise energy capture, system efficiency and overall project performance.
Detailed design
Preparation of detailed engineering designs, including equipment selection, system configuration and electrical integration.
Energy storage systems design
Energy storage systems design
Energy assessment
Analysis of energy demand, storage requirements and system integration to define the most suitable solution.
Feasibility studies
Evaluation of technical, economic and environmental viability, including capacity, performance and lifecycle considerations.
Concept design
Development of system layouts and technology selection, including battery storage and hybrid energy solutions.
Detailed design
Preparation of detailed engineering designs, including system configuration, control strategies and integration with existing infrastructure.
Built on delivery and long-term partnerships
We work closely with our clients, delivering reliable engineering solutions and supporting projects from design through to completion.
Energy efficiency optimisation
Assessment and improvement of energy performance across buildings, industrial systems and infrastructure.
Energy efficiency optimisation
Assessment and improvement of energy performance across buildings, industrial systems and infrastructure.
Energy audits and consumption análisis
Detailed assessment of existing systems to identify inefficiencies and opportunities for improvement.
Efficiency improvements and implementation
Development and implementation of measures to optimise energy performance, including system upgrades and control improvements.
Monitoring and data análisis
Implementation of monitoring systems and analysis of energy data to track performance and identify optimisation opportunities.
Real-time monitoring and predictive maintenance
Monitoring and control systems designed to improve performance, reliability and system availability.
Real-time monitoring and predictive maintenance
Monitoring and control systems designed to improve performance, reliability and system availability.
Monitoring system implementation
Design and deployment of real-time monitoring systems to track performance, energy output and system condition.
Data analysis and fault detection
Analysis of system data to identify anomalies, detect faults and support proactive decision-making.
Predictive and preventive maintenance
Development of maintenance strategies to improve system reliability, reduce downtime and optimise operational performance.
