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This study analyzes the global industrial heat pump (IHP) market as it undergoes a structural transition—from standalone decarbonization technologies to integrated energy orchestration assets within industrial systems.Covering the 2025 to 2035 period at a global level, the analysis focuses on electrically driven and heat-activated systems ≥200 kWth...

The global residential heat pump (HP) market is forecast to reach 21.2 million units by 2035, up from 11.4 million in 2025. Market definitions are important to the market forecast, and Frost & Sullivan excludes the sale of HPs for air conditioning. Market revenues are forecast to reach $113.79 billion by 2035, up from $43.86 billion in 2025. In 202...

Industrial electrification is rapidly shifting from a niche decarbonization effort to a central driver of competitiveness, resilience, and long‑term industrial growth. Process heat dominates manufacturing energy demand and relies heavily on fossil fuels, leaving industry exposed to emissions regulations, fuel price volatilities, and geopolitical ri...

Third-generation photovoltaics represent a fundamental shift in how solar energy is harvested, integrated, and scaled—moving beyond conventional silicon toward tunable, lightweight, and application-specific photovoltaic materials. By advancing perovskite, organic, tandem, and quantum-dot architectures, the industry is unlocking new capabilities in ...

Organic solar cells (OSCs) are emerging as one of the more versatile photovoltaic technologies inthe third-generation solar cell technology domain, owing to their unique characteristics of flexibility, ultralightweight form factors, low-temperature processing, and compatibility with high-throughput printing techniques. Advancements in donor–accepto...

Decarbonization, digital transformation, and technology innovation have accelerated significantly in the past 5 years. As the global energy industry undergoes an unprecedented transition, this change brings exciting new growth opportunities to the oil and gas (O&G) sector. However, shifting to a net-zero carbon-emissions future means that pricing, ...

The need for grid flexibility, energy security, and reliable electricity supply is accelerating the development of mechanical energy storage technologies. Beyond supporting the integration of variable renewable energy, the technologies address the need for long-duration energy storage, peak load management, grid stabilization, and power system resi...

The accelerating transition to net-zero emissions and demand for high-efficiency renewable energy are driving the need for photovoltaic technologies that surpass the performance limits of conventional crystalline silicon solar cells. As single-junction crystalline silicon solar cells approach their practical efficiency limits, perovskite-silicon ta...

The US battery energy storage sector has emerged as one of the fastest-growing segments of the energy transition, playing an increasingly critical role in supporting grid reliability, renewable energy integration, and electricity market flexibility. As utilities and independent power producers continue to invest in renewable projects, battery energ...