Litepanels Space Light Kit cuts studio power consumption by 90 percent

The introduction of this kit addresses the high operational costs and infrastructure demands of traditional studio lighting. By achieving a 90% reduction in power draw, Litepanels enables production facilities to lower energy overhead and simplify complex overhead rigging. Within the broader streaming ecosystem, this shift toward LED-based spacelights supports the industry's move toward sustainable production practices without sacrificing the soft, directional fill required for high-end cinematic content. As virtual and physical studio spaces continue to merge, watch for how these energy-efficient fixtures impact the design of new soundstages and their integrated power grids.

Litepanels has been steadily expanding its Gemini product line as part of a broader industry shift away from tungsten-based studio lighting toward energy-efficient LED alternatives. In early 2025, Litepanels introduced the Gemini 2x1 Soft as a companion to the Hard variant, targeting soft-light applications in broadcast and film production, broadening the fixture family's coverage of both hard and soft overhead lighting scenarios. The Gemini series competes directly with fixtures from Aputure, ARRI, and Creamsource, all of which have introduced high-output LED panels aimed at replacing legacy tungsten spacelights in professional environments. ARRI's SkyPanel X series, for instance, launched with IP66 weather resistance and a 10,000-lumen output ceiling designed for both studio and location work, signaling that major manufacturers are converging on similar efficiency and versatility targets for overhead production lighting.

The business case for LED spacelight conversion is being driven by both sustainability mandates and rising energy costs at major production facilities. Netflix's 2024 sustainability report outlined a goal to reduce production emissions by 50 percent by 2030, with lighting upgrades cited as a key lever, creating procurement pressure on studios to adopt lower-wattage fixtures. In the UK, the British Film Institute's sustainability standards now require productions seeking BFI certification to demonstrate measurable reductions in on-set energy use, which has accelerated adoption of LED spacelights across Pinewood, Shepperton, and other major stages. These regulatory and corporate sustainability frameworks are effectively creating a compliance-driven market for products like the Space Light Kit, which positions itself as a drop-in replacement for existing tungsten infrastructure without requiring full rig redesigns.

Technical benchmarks for LED spacelight replacements have become a key differentiator as more products enter the category. Independent testing by CineD evaluated the Gemini 2x1 Hard's color accuracy at TLCI 97 and CRI 96 across its full CCT range of 2,700K to 6,500K, placing it among the top-performing fixtures in its class for skin-tone reproduction. The Space Light Kit's diffuser design aims to replicate the omnidirectional soft-fill characteristic of traditional tungsten spacelights while maintaining those color metrics, a challenge that Creamsource addressed with its own spacelight accessory for the Vortex series, which uses a multi-layer diffusion system to achieve a 270-degree beam spread. Power consumption comparisons remain the most cited metric in this category: where a standard 2K tungsten spacelight draws approximately 2,000 watts, the Gemini 2x1 Hard with Space Light Kit operates at roughly 200 watts, aligning with Litepanels' claimed 90 percent reduction and matching the efficiency ratios reported by competing .