Industrial heating with photovoltaics: How to eliminate gas costs

For a large company, managing energy costs is a key competitive advantage. The expense for heating production facilities, logistics centers, and corporate offices, which is based on natural gas, represents a critical variable that exposes the balance sheet to the volatility of international markets. The solution to turn this risk into a strategic advantage is electrification, powered by a proprietary asset: an industrial photovoltaic system.

This synergy allows companies to abandon their dependence on fossil fuels, stabilize long-term operational costs (Opex), and accelerate the achievement of sustainability goals (ESG).

The key technology: high-power heat pumps for the industrial sector

The core of the heating electrification strategy for large-volume spaces is the industrial heat pump. Unlike traditional boilers, these systems do not generate heat by burning gas. Instead, they transfer it from the external environment to the internal one with an efficiency up to 5 times greater.

Powered by electricity produced at a nearly-zero cost per self-generated kWh, professional heat pumps offer:

• Maximum Efficiency (COP > 4): For every kWh of electricity consumed, they produce over 4 kWh of thermal energy, significantly reducing consumption.
• Scalability and Power: They are designed to heat tens of thousands of cubic meters, serving entire production areas or office complexes.
• Dual Functionality (HVAC): Reversible models also handle summer cooling, unifying year-round corporate climate management in a single high-efficiency system.

Tailored solutions for every corporate environment

In addition to heat pumps, photovoltaic energy can power specific solutions for different areas within a large corporate complex:

• VRF (Variable Refrigerant Flow) Systems: Ideal for climate control in office buildings, headquarters, and high-density staff areas. They allow for precise temperature control in each individual zone, minimizing energy waste.
• Electric Air Heaters: Robust and powerful solutions for the rapid heating of immense spaces like warehouses, loading bays, and logistics centers, where instantaneous comfort is more important than modularity.
• Electric Floor Heating: Electricity generated by photovoltaic panels is used to power the floor heating system, which consists of heating cables placed under the floor. The electrical resistance is the primary device that can be powered by this electricity to generate heat.

The integration of these technologies, powered by solar energy, enables the creation of a resilient, efficient, and future-proof corporate energy ecosystem..

Strategic advantages for large enterprises

• Cost Stabilization and Budget Certainty: The uncertainty of gas prices is eliminated, transforming a volatile expense into a fixed and predictable energy cost based on the amortization of a proprietary asset.
• Improvement of Sustainability Reporting (ESG): The decarbonization of thermal processes is a crucial step to reduce the corporate Carbon Footprint, an increasingly binding requirement for investors, partners, and clients.
• Increased Value of Real Estate Assets: An industrial complex that is energy-independent and has low emissions gains a significantly higher strategic and market value.

Design your facility’s energy independence

An electrification strategy requires a detailed energy analysis (audit) and a business plan that demonstrates its financial sustainability.

Contact our specialists for a strategic analysis. We will evaluate the technical and economic feasibility of an integrated project for your company, defining the path to achieving full energy autonomy.