Summer Feasts Without Overheating the Kitchen: Smart Cookers for Stews and Ali Nazik

The traditional preparation of many deeply satisfying Turkish dishes — rich aubergine preparations, slow-braised vegetable stews, protein cooked until tender enough to pull apart with a spoon — requires sustained high heat that, in summer, transforms any kitchen into an uninhabitable room. The multi-cooker, used correctly, solves this problem not by producing an inferior approximation of these dishes but by reproducing their fundamental chemistry in a sealed, insulated vessel that generates almost no ambient heat.

Why Conventional Ovens Are a Summer Problem

A standard 60-litre residential oven operating at 200°C radiates thermal energy from its surfaces into the kitchen continuously throughout the cooking cycle — not only through the door seal but through the uninsulated side walls and top panel of most domestic oven designs. In a well-ventilated kitchen in winter, this heat contribution is negligible or even welcome. In a summer kitchen in a southern climate, where the ambient temperature may already exceed 30°C, running an oven for ninety minutes raises room temperature by three to six degrees Celsius depending on the kitchen's volume and ventilation. In a small apartment kitchen, this is the difference between a comfortable and an unpleasant cooking environment.

The gas hob version of this problem is even more pronounced for dishes that require long-simmered stovetop preparation: a pot of vegetable stew or a slow braise running on a medium-low gas flame for two hours generates continuous ambient heat at counter height — exactly at the temperature and location where the cook is most likely to be working.

The Multi-Cooker's Thermal Advantage

An insulated multi-cooker operating in pressure-cook mode releases approximately 10 to 15 percent of its energy as waste heat — compared to 35 to 45 percent for a conventional oven and up to 55 percent for a gas hob when accounting for combustion inefficiency. This is not a marketing claim about efficiency per se; it is a direct consequence of the sealed, insulated vessel design that is fundamental to pressure cooking. The cooking energy is directed entirely into the food and the liquid inside the pot, not into the surrounding air. For a summer kitchen, this means a two-hour braise runs in thirty-five minutes and adds almost no measurable heat to the room.

Ali Nazik in the Multi-Cooker: The Method

Ali Nazik — grilled aubergine purée topped with sautéed lamb and yogurt — traditionally requires a separate open-flame roasting step for the aubergine, which produces the smoky charred flavour that distinguishes it from a plain aubergine purée. Replicating this in a multi-cooker requires a deliberate adaptation. The sauté mode of the multi-cooker, set to its highest temperature setting (typically 170 to 180°C), can produce meaningful Maillard browning on halved aubergine placed cut-side down in a small amount of oil — not the same as open-flame charring, but sufficient to develop the caramelised, slightly bitter edge that the dish requires. After the initial sear (four to five minutes), a tablespoon of water is added and the lid sealed for a two-minute pressure burst, which collapses the aubergine completely and produces the silky purée texture with none of the extended oven time.

The lamb component is prepared directly in the same pot using the sauté mode: cubed lamb shoulder browned in butter with onion, garlic, and tomato paste until the meat has developed a deep, caramelised exterior, then pressure cooked for twenty minutes until completely tender. The entire dish — from cold ingredients to plated preparation — takes under fifty minutes in a multi-cooker and generates approximately the same ambient heat as a tabletop kettle running continuously for thirty seconds.

"Good summer cooking is not cooking less ambitiously. It is cooking with more intelligence about where the heat goes."

Summer Stews: Adapting the Pantry to the Season

The same logic that makes the multi-cooker ideal for Ali Nazik applies to the full range of vegetable-forward Turkish stews that form the backbone of summer eating: türlü (mixed vegetable stew), fasulye plaki (white beans in tomato and olive oil), and the various zeytinyagli preparations that benefit from long, gentle cooking but cannot be justified during a summer heat wave when running a stove for ninety minutes is a real domestic cost.

The pressure cook function reduces all of these preparations to a fraction of their conventional cooking time without material quality loss — the collagen-to-gelatin conversion in bean stews, the softening of cell walls in dense root vegetables, and the integration of olive oil into the dish's emulsion all proceed normally at elevated pressure and temperature. The only technique that genuinely cannot be replicated under pressure is the slow evaporation that concentrates a sauce's flavour through extended uncovered cooking — a step that, when needed, can be approximated with a five-minute uncovered sauté mode reduction after the pressure cycle is complete.

The summer kitchen can be as ambitious as its winter equivalent. The adaptation required is not a reduction of culinary scope but a recalibration of technique — directing the same cooking outcomes through equipment and methods that keep the house inhabitable while the temperature outside does the rest of the seasonal work.