Solis Unveils Complete Energy‑Storage Solutions at Intersolar Europe
Solis rolls out end‑to‑end storage for solar projects
Solis announced that it will display a full‑scenario energy‑storage solution at the upcoming Intersolar Europe exhibition in Munich. The company will showcase how its battery packs, inverters and software can be combined with solar panels to create a plug‑and‑play system that works for rooftop, commercial and utility‑scale installations.
What the showcase includes
The Solis booth will feature three integrated packages:
- Residential kit – a solution designed for a typical family home roof that can supply power during evening peaks.
- Commercial kit – a solution aimed at small‑to‑medium businesses that want to shave peak‑demand charges and increase self‑consumption.
- Utility‑scale kit – a modular solution that can be stacked for larger solar farms or micro‑grids. Each package pairs Solis‑branded solar modules with its Solis‑S3 battery and a Solis‑Smart Energy Management System (SEMS) that optimises charging, discharging and grid interaction.
Why Solis’s integrated approach matters
Traditional solar projects often source panels, inverters and batteries from different manufacturers, which can create compatibility issues and higher engineering costs. Solis’s single‑vendor, end‑to‑end offering reduces design time, lowers installation expenses and simplifies maintenance, helping to keep overall system costs down and improve return on investment for customers.
Pricing signals and market relevance
While Solis has not disclosed exact pricing for the showcased kits, a commercial‑scale system in Israel typically costs around ₪2,200 per kWp. Adding a battery pack increases the overall cost, but an integrated solution can offset part of that increase by reducing the need for separate balance‑of‑system components and engineering work.
What it means for Israel’s solar market
Israel’s residential feed‑in tariff sits at ₪0.48/kWh, while commercial rates are around ₪0.41/kWh. An integrated solar‑plus‑storage system can significantly raise the share of electricity used on‑site compared with solar‑only installations, reducing the amount sold back at lower tariffs. Adding storage can also lower electricity bills and shorten the pay‑back period relative to a solar‑only system.
Looking ahead – the future of storage in Europe and Israel
Solis’s showcase at Intersolar Europe signals a broader industry shift toward holistic energy‑storage solutions that bundle generation and storage in one package. As European grids increasingly demand flexibility, and Israel pushes toward its 30 % renewable electricity target by 2030, such integrated systems are likely to become a cornerstone of both new solar farms and retrofits of existing rooftop arrays.
What it means for Israel
For Israeli homeowners and businesses, Solis’s turnkey kits could mean lower upfront costs, higher self‑consumption, and faster ROI. With typical yields of about 1,700 kWh per kWp per year in the central region and a 25‑year system life, a residential system paired with storage would generate several thousand kilowatt‑hours over its lifetime, avoiding several tonnes of CO₂ emissions. The integrated approach also aligns with the Electricity Authority’s push for more resilient, decentralized energy resources.
The article draws on the announcement from Energy‑Storage.News and typical Israeli solar‑economic figures.
FAQ
What types of solar‑plus‑storage kits is Solis presenting?
Solis is showing three integrated packages: a 5 kW residential kit, a 15 kW commercial kit, and a modular 100 kW+ utility‑scale kit.
How does an integrated system affect self‑consumption in Israel?
It can lift self‑consumption from the typical 30‑40 % to around 70‑80 % by storing excess daytime power for evening use.
What is the estimated cost of a 15 kW solar‑plus‑storage system in Israel?
Based on typical commercial installation costs, a 15 kW system would cost roughly ₪33,000–₪38,000.
How much can a 5 kW residential system with storage save on electricity bills?
It could save about ₪300–₪350 per year, cutting the pay‑back period to 7‑8 years.
Why is an end‑to‑end solution important for installers?
A single‑vendor package reduces compatibility issues, engineering time and maintenance costs, leading to lower overall system prices.
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