To accelerate the decarbonization of industry by delivering reliable, large-scale solar heat and power solutions that reduce fuel dependence, lower operating costs, and support the transition to sustainable manufacturing.
To engineer and implement integrated solar energy systems for industrial processes—combining solar thermal, PV-based heating, advanced controls, and performance-based delivery models—to provide measurable economic and environmental value for our clients.
🔧 Engineering Discipline
✔️ Quality & Reliability
🔍 Transparency & Integrity
🦺 Safety First
🤝 Long-Term Partnership
🌱 Sustainable Impact
IPS energy systems are designed to deliver strong and predictable financial performance by reducing conventional energy costs and improving long-term operational efficiency.
By combining advanced energy technologies with optimized system integration, our projects convert ongoing energy expenditures into stable, long-term infrastructure assets with measurable economic value.
Typical project IRR ranges between 20–35%, driven by energy cost savings and stable operating expenses.
Most systems achieve 3–5 year payback, depending on energy profile, operating hours, and system configuration.
Energy systems can reduce conventional energy expenditure by up to 50–90% depending on fuel and load profile.
Diesel: ~ 0.08 JOD/L
LPG: ~ 0.06 JOD/L
Heavy Oil: ~ 75 JOD/ton
IPS systems are designed for ~25 years of operation with low degradation and minimal maintenance.
Projects can be delivered under guaranteed savings contracts, supported by continuous performance monitoring and measurement & verification (M&V).
The company established its operational and technical foundation, building on extensive prior expertise in solar energy systems and industrial applications. During this phase, the company entered the large-scale solar market, successfully delivering grid-connected photovoltaic (PV) projects in collaboration with national electricity distribution companies.
This period laid the groundwork for scalable industrial energy solutions while serving a wide range of commercial and industrial sectors.
In response to evolving energy demands, grid stability challenges, and the need for industrial decarbonization, the company underwent a strategic transformation.
Key advancements included:
This phase marked the transition from conventional solar applications to advanced industrial energy systems.
The company began deploying fully integrated industrial energy solutions tailored for high-demand thermal applications.
Key achievements include:
These solutions demonstrate the company’s capability to deliver scalable, efficient, and low-carbon alternatives to conventional fossil-fuel-based industrial heating.
We design energy systems specifically for industrial environments, engineered for continuous operation, harsh conditions, and real production demands.
IPS specializes in delivering industrial heat using solar energy, with deep understanding of process temperatures, thermal loads, and boiler integration.
Every IPS system is engineered through detailed analysis and system modeling to deliver reliable, efficient, and optimized industrial energy solutions.
Our team understands regional energy markets, industrial regulations, and operating environments, enabling solutions tailored to real industrial conditions.
Our engineers hold internationally recognized certifications including Certified Energy Manager (CEM) and Certified Industrial Energy Professional (CIEP).
Our solutions combine solar power, industrial heat generation, battery storage, and advanced monitoring systems into a single optimized platform.
Industrial heat is not comfort.
It is chemistry. It is microbiology. It is reaction control. It is production continuity.
We engineer it accordingly
In a significant step reflecting the accelerating shift toward sustainable industrial practices and enhanced energy efficiency within Jordan’s industrial sector, Amal Mahmoud & Raed Khalil
Industrial Power for Energy Solutions (IPS) proudly announces the outstanding success achieved by the “International Conference on Renewable Energy, Oil & Gas, and Climate Change,”
